FACULTY  USES  AND  PERCEPTIONS  OF  VIDEO   IN  HIGHER  EDUCATION  ONLINE  COURSES     By       Sean  M.  Leahy                             A  DISSERTATION     Submitted  to     Michigan  State  University   in  partial  fulfillment  of  the  requirements     for  the  degree  of     Educational  Psychology  and  Educational  Technology  –  Doctor  of  Philosophy     2015     ABSTRACT     FACULTY  USES  AND  PERCEPTIONS  OF  VIDEO     IN  HIGHER  EDUCATION  ONLINE  COURSES     By     Sean  M.  Leahy     This  is  a  study  of  100  instructors’  use  and  perceptions  of  video  in  online   courses  they  teach.    A  60-­‐item  anonymous  survey  was  sent  to  online  instructors  at  a   large  international  university.    The  survey  items  asked  about  the  instructors’   perceptions  of  the  value  of  four  types  of  video:  instructor-­‐created,  third  party,   student-­‐created,  and  synchronous  video.    Instructors  were  also  asked  to  report  any   barriers  of  their  use  of  video  and  the  support  for  video  use  provided  by  the   university.    The  undergraduate  and  masters  courses  taught  by  these  instructors   included  subjects  in  business,  education,  arts  and  sciences,  and  communications.     Analyses  of  instructors’  responses  showed  that  use  of  video  varied  widely  in  overall   frequency  and  by  the  four  types  of  video  used.    Types  of  video  use  were  found  to   differ  significantly  across  these  four  major  academic  units  with  third  party  videos   reported  as  the  most  used  video  type  in  online  courses  and  synchronous  videos   reported  as  the  least  used.  Third  party  videos  were  perceived  to  have  a  significantly   higher  level  of  pedagogical  value  for  increasing  student  learning,  engagement,  and   overall  course  quality,  than  instructor-­‐created  videos.    Instructors  reported  the   main  perceived  barriers  to  video  use  were  course  development  time  and   professional  development  in  video  technology.  Age  and  instructor  experience  were   significantly  correlated  with  the  use  of  instructor-­‐created  and  student-­‐created  video  indicating  that  younger  instructors  were  more  likely  to  use  these  forms  of  video.     Age  was  also  found  to  be  a  predictor  of  technology  use  with  younger  instructors   significantly  correlated  with  their  positive  self-­‐efficacy  on  using  technology.     Instructors  reported  an  overall  high  level  of  self-­‐efficacy  on  technological,   pedagogical,  and  content  knowledge.  Instructors’  responses  to  open-­‐ended   reflections  provided  an  opportunity  to  capture  the  instructor  ‘voices’  in  the  context   of  personal  experiences  using  video  in  online  courses.         The  overall  conclusion  of  this  study  is  that  in  view  of  the  high  frequency  of   video  use  in  online  courses,  universities  need  to  listen  carefully  to  the  voices  of   instructors  in  order  to  provide  professional  support  and  training  that  matches   needs  and  pedagogical  goals  of  instructors.    Professional  development  on  the  uses  of   video  technology  is  needed  to  help  instructors  effectively  integrating  video  in  their   online  course.   ACKNOWLEDGEMENTS       I  would  like  to  acknowledge  the  outstanding  guidance  and  support  provided   to  me  by  my  dissertation  committee.    A  special  acknowledgement  goes  to  my   program  advisor,  and  dissertation  chair  Dr.  Patrick  Dickson  for  his  generous   support  and  feedback.    I  would  also  like  to  acknowledge  and  thank  the  rest  of  my   committee  members:  Dr.  Carrie  Heeter,  Dr.  Punya  Mishra,  and  Dr.  Aman  Yadav  for   their  continued  support  and  encouragement  throughout  my  dissertation.    I  would   also  like  to  acknowledge  the  many  faculty,  classmates,  and  colleagues  that  have   contributed  in  various  ways  to  the  conversation  around  my  dissertation.         Lastly,  and  most  importantly,  I  would  like  to  acknowledge  and  thank  my   family  for  their  unconditional  support  and  patience  throughout  my  doctoral  studies.     I  would  like  to  especially  thank  my  wife  Lauren  for  her  enduring  support  and   encouragement,  and  for  the  many  ways,  big  and  small,  she  has  made  our  life   amazing.               iv     TABLE  OF  CONTENTS       LIST  OF  TABLES    .................................................................................................................................  viii     LIST  OF  FIGURES    .....................................................................................................................................  x     KEY  TO  ABBREVIATIONS    .................................................................................................................  xii     CHAPTER  1:  INTRODUCTION    ...........................................................................................................  1   Statement  of  the  Problem    ....................................................................................................  1   Purpose  of  the  Study    ..............................................................................................................  3   Research  Literature  and  Theoretical  Framework    ....................................................  3   TPACK  Framework    ..................................................................................................  4   Compression  of  Expertise    .....................................................................................  9   Organization  of  Chapters    .....................................................................................................  9     CHAPTER  2:  LITERATURE  REVIEW    ............................................................................................  11   Pedagogical  Uses  of  Video    .................................................................................................  11   Different  Types  of  Video  Serve  Different  Pedagogical  Purposes    .......  13   Cognitive  Load  Theory    ........................................................................................................  14   Social  Presence  of  Instructor    ...........................................................................................  16   Predictors  of  Technology  Use    ..........................................................................................  17   Instructor  Beliefs  of  Teaching  and  Learning    ..............................................  18   Age  and  Experience    ...............................................................................................  19   Barriers  to  Use    ........................................................................................................................  20   Towards  Best  Practice  for  Using  Video  in  Online  Learning    ................................  21   Length  and  Types  of  Video    .................................................................................  22   Video  Production    ....................................................................................................  22   Need  for  Current  Study    .......................................................................................................  23   Research  Questions    ..............................................................................................................  24     CHAPTER  3:  METHODS    .....................................................................................................................  25   Research  Design    .....................................................................................................................  25   Sampling    .....................................................................................................................  25   Participants    ..............................................................................................................................  26   Study  Context    ..........................................................................................................................  26   Procedures    ...............................................................................................................................  27   Survey  Instrument    .................................................................................................  27   Data  Collection    .........................................................................................................  30   Data  Analysis    ............................................................................................................  30     CHAPTER  4:  RESULTS    .......................................................................................................................  32   Sample  Teaching  Background  ..........................................................................................  32   Teaching  Experience  and  Level    ........................................................................  33   Course  Subjects  Taught    ........................................................................................  35     v       Distance  of  Instructors  from  Main  Campus    ................................................  36   Types  of  Video  Used  in  Online  Course    .........................................................................  38   Video  Requirement    ................................................................................................  39   Approximate  Mean  Length  of  Video  Used    ...................................................  40   Course  Subject  and  Video  Type    ........................................................................  41   Age,  Experience,  and  Type  of  Video  Used    ....................................................  42   Frequency  of  Video  Use    ......................................................................................................  44   Overall  Frequency  of  Video  Use    .......................................................................  45   Frequency  of  Video  Inclusion  Method    ...........................................................  46   Pedagogical  Use  of  Video    ...................................................................................................  47   Instructor-­‐created  Video    .....................................................................................  47   Third-­‐party  Video    ...................................................................................................  47   Combined  Measure  of  Video  Use    .....................................................................  48   Pedagogical  Value  of  Online  Video    ................................................................................  49   Perceptions  of  Instructor-­‐created  Video    ......................................................  50   Perceptions  of  Third-­‐party  Video    ....................................................................  50   Comparing  Instructor-­‐created  and  Third  Party  Video  Perceptions    .  51   Perceptions  of  Synchronous  Video    .................................................................  53   Future  Use  of  Video    ...............................................................................................  55   Self-­‐Efficacy  of  Online  Instructors    .................................................................................  56   Technology  Content  Knowledge  (TK)    ...........................................................  57   Technology  and  Pedagogical  Knowledge  (TPK)    .......................................  58   Pedagogical  Knowledge  (PK)    ............................................................................  59   Content  Knowledge  (CK)    .....................................................................................  60   Video  Technology  Knowledge    ...........................................................................  62   Instructional  Support  and  Online  Course  Development    ......................................  64   Development  Time  and  Resources    .................................................................  65   Instructor-­‐created  Video  Production    ...........................................................................  69   Pre-­‐production  Process    .......................................................................................  70   Post-­‐production    ......................................................................................................  72   Open  Ended  Reflections    .....................................................................................................  73     CHAPTER  5:  DISCUSSION    .................................................................................................................  78   Summary  of  the  Study    .........................................................................................................  78   Discussion  of  the  Results    ...................................................................................................  79   Research  Question  1:    ............................................................................................  79   Research  Question  2:    ............................................................................................  81   Research  Question  3:    ............................................................................................  83   Research  Question  4:    ............................................................................................  86   Barriers    ........................................................................................................  88   Institutional  support    ..............................................................................  90   Research  Question  5    ..............................................................................................  92   Types  of  video  used    .................................................................................  92   Frequency  of  video  use  over  duration  of  the  course    ................  93   Self-­‐efficacy  and  TPACK    ........................................................................  93   Limitations  of  the  Study    .....................................................................................................  96       vi     Implications  for  Theory  and  Practice    ...........................................................................  99   Implications  for  Theory    .......................................................................................  99   Implications  for  Practice    ..................................................................................  100     APPENDICES    .......................................................................................................................................  103   APPENDIX  A:  Survey  Instrument    ................................................................................  104   APPENDIX  B:  Open-­‐ended  Faculty  Survey  Responses    .......................................  129     REFERENCES    ......................................................................................................................................  143             vii     LIST  OF  TABLES       Table  1  Descriptive  Data  on  Teaching  Experience    ..................................................................  33     Table  2  Approximate  Mean  Length  of  Instructor-­‐created,  Third  Party,  and   Synchronous  Video    ...............................................................................................................................  40     Table  3  Type  of  Video  Used  by  College:  Repeated  Measures  ANOVA    ................................  41     Table  4  Linear  Regression  ANOVA    Age  vs  Video  Type    ...........................................................  43     Table  5  Linear  Regression  ANOVA  Online  Teaching  Experience  vs  Video  Type    ...........  44     Table  6  Correlation  of  Frequency  of  Video  Type  Use    ..............................................................  45     Table  7  Faculty  Perceptions  of  Use  of  Instructor-­‐created  Video     in  Online  Course    .....................................................................................................................................  50     Table  8  Faculty  Perceptions  of  Use  of  Third  Party  Video  in  Online  Course    ....................  51     Table  9  Faculty  Perceptions  of  Usefulness  of  Synchronous  (live)  Video    ..........................  54     Table  10  Faculty  Self-­‐Efficacy  of  Technology  Knowledge  (TK)  ...........................................  57     Table  11  Correlation  of  Faculty  Self-­‐Efficacy  of  Technology  Knowledge  (TK)   and  Age    .....................................................................................................................................................  58     Table  12  Faculty  Self-­‐Efficacy  of  Technology  &  Pedagogical  Knowledge  (TPK)  ..........  59     Table  13  Faculty  Self-­‐Efficacy  of  Pedagogical  Knowledge  (PK)    .........................................  60     Table  14  Faculty  Self-­‐Efficacy  of  Content  Knowledge  (CK)  ...................................................  61     Table  15  Faculty  Expertise  Level  of  Online  Video  Technology  (VT)  ..................................  63     Table  16  Correlation  of  Faculty  Expertise  Level  of  Online  Video  Technology    (VT)   and  Age    .....................................................................................................................................................  64     Table  17  Course  Development  Resources  and  University  Support    ....................................  67     Table  18  Course  Development  and  Support  Ranking    .............................................................  67     Table  19  Open-­‐ended  Instructor  Reflection  Responses  for  Q6.6  ......................................  130     Table  20  Open-­‐ended  Instructor  Reflection  Responses  for  Q7.13  ....................................  133       viii     Table  21  Open-­‐ended  Instructor  Reflection  Responses  for  Q8.13  ....................................  138     Table  22  Open-­‐ended  Instructor  Reflection  Responses  for  Q9.1  ......................................  139               ix     LIST  OF  FIGURES       Figure  1.  TPACK  model  reproduced  by  permission  of  the  publisher,  copyright     2012  by  tpack.org.    .................................................................................................................................  5     Figure  2.  Instructor  age  vs.  number  of  courses  taught.    .......................................................  34     Figure  3.  Frequency  Analysis  of  Course  Type  by  Subject  Area.    .......................................  35     Figure  4.  Percent  of  courses  grouped  into  four  academic  units.    .....................................  36     Figure  5.  Campus  locations  of  instructor  teaching  concurrent  face-­‐to-­‐face     courses  while  teaching  online.    .......................................................................................................  37     Figure  6.  Types  of  videos  used  at  least  once  in  online  course.  Percent  of  instructors   reporting  any  use  of  four  types  of  video  in  identified  online  course.    ...........................  39     Figure  7.  Percent  of  faculty  reporting  use  of  four  types  of  video  by     type  of  video  and  academic  unit.    ...................................................................................................  42     Figure  8.  Frequency  of  any  form  of  video  use  in  online  course    .......................................  46     Figure  9.  Combined  mean  of  video  content  and  communication  use  by  major   academic  unit.    ........................................................................................................................................  49     Figure  10.  Instructor  reported  mean  pedagogical  value  of  video  across  six     Categories.    ...............................................................................................................................................  52     Figure  11.  Instructor  reported  impact  of  video  to  increase  student  engagement     in  the  course  by  major  academic  unit.    ........................................................................................  53     Figure  12.  Instructor  reported  mean  pedagogical  value  of  synchronous  video     by  major  academic  unit    .....................................................................................................................  55     Figure  13.  Instructor  projections  of  future  video  use  in  the  next  one  to  two     Years.    .........................................................................................................................................................  56     Figure  14.  Instructor  reported  level  of  agreement  with  statements  of  self-­‐efficacy    of  TPACK  categories.    .........................................................................................................................  62     Figure  15.  Instructor  reported  level  of  video  technology  expertise  across  six  skill   areas.    .........................................................................................................................................................  63     Figure  16.  Instructors  reported  perception  of  time  investment  comparison     between  online  and  face-­‐to-­‐face  courses.    .................................................................................  66     x         Figure  17.  Frequency  of  Online  Learning  Center  support  sought  by  online   instructors.    ..............................................................................................................................................  68     Figure  18.  Frequency  of  instructor-­‐created  video  elements  and  shot  types     present  in  video.    ...................................................................................................................................  71     Figure  19.  Accessibility  features  reported  used  in  instructor-­‐created  video.    ..........    72           xi     CK       CLT       CMC       CMS       DiAL-­‐e       F2F       HTML       ICT       K-­‐12       MAET       MOOC       NWP         OLC         PK         TK       TPACK       TPK         KEY  TO  ABBREVIATIONS       Content  Knowledge   Cognitive  Load  Theory   Computer  Mediated  Communications   Course  Management  System   Digital  Artifacts  for  Learner  Engagement     Face-­‐to-­‐face   Hypertext  Markup  Language   Information  Communication  Technologies   Kindergarten  through  Twelfth  grade  (US  education  scale)   Masters  of  Arts  in  Educational  Technology  (degree)   Massively  Open  Online  Course   National  Writing  Project   Online  Learning  Center   Pedagogical  Knowledge   Technological  Knowledge   Technology,  Pedagogy,  and  Content  Knowledge   Technological  and  Pedagogical  Knowledge     xii     CHAPTER  1     INTRODUCTION   Statement  of  the  Problem     Online  learning  has  become  an  increasingly  common  educational  experience   throughout  higher  education  institutions  around  the  world.    Over  the  past  decade   the  landscape  of  online  learning  has  evolved  in  parallel  with  available  online   Internet  technologies.    Advancements  in  personal  computing  hardware,  software,   networking,  and  global  Internet  communication  technologies  have  allowed  for  rapid   growth  and  delivery  of  online  learning  programs  and  courses.    One  such  technology,   online  video,  has  become  increasingly  accessible  to  the  average  user  in  online   learning  environments  as  well  as  in  the  broader  domain  of  Internet  communication   technology.    The  Pew  Research  Center  reported  that  over  the  past  four  years  the   number  of  adults  in  the  United  States  that  watch  or  download  online  videos  has   grown  to  78%  (Purcell,  2013).    Purcell  (2013)  also  reported  that  the  number  of   people  who  upload  or  post  online  videos  has  doubled  to  31%  in  the  same  four-­‐year   period.  While  this  large  national  survey  provides  evidence  of  a  continued  growth  of   usage  of  online  video,  it  does  not  break  the  usage  of  video  down  into  more  discrete   categories  (e.g.  educational,  entertainment,  research,  etc.),  so  it  is  difficult  to  identify   how  online  videos  are  being  used.    In  education,  video  is  used  in  many  forms  of   instructional  models  including  online  and  hybrid  (or  blended)  learning,  massive   open  online  courses  (MOOCs),  and  flipped  classrooms.    The  aim  of  the  present  study   was  to  investigate  how  videos  were  being  used,  and  the  faculty  perception  of  video   use  in  higher  education  online  courses.     1         Recent  statistics  released  from  popular  commercial  online  video  platforms   provide  a  picture  of  online  video  use  in  higher  educational  settings  (“About   lynda.com,”  2014;  Tsur,  2014).    Lynda.com  is  a  commercial  online  video  training   platform  that  offers  highly  produced  video  training  subscriptions  to  educational   institutions,  business  organizations,  and  individuals.    As  of  April  2014,  Lynda.com   offered  over  2,500  video  courses  containing  more  than  116,000  individual  videos.    It   was  further  reported  that  more  than  40%  of  all  US  colleges  and  universities  have  an   enterprise  level  account  for  faculty,  staff,  and  students  providing  unlimited  access  to   the  entire  video  catalog  (“About  lynda.com,”  2014).         Kaltura,  a  provider  of  an  open  source  online  video  platform  that  provides   video  management  and  framework  solutions  for  media,  enterprise,  education   industries  released  a  report  in  2014  based  on  the  survey  “The  State  of  Video  in   Education”.    This  survey  was  conducted  over  three  months  with  more  than  550   respondents  (Tsur,  2014).    The  survey  indicated  that  88%  of  participants  agreed   that  “Video  improves  the  educational  experience  and  will  be  a  major  part  of   education  in  the  future”  (Tsur,  2014,  p.  22).         The  use  of  video  in  education  is  growing  in  all  areas  but  the  affordances  of   online  video  would  seem  to  be  especially  suited  to  enhance  learning  in  online   courses.    Online  learning  is  showing  strong  continued  growth  in  the  United  States.     Across  the  United  States,  higher  education  institutions  are  continuing  to  add  and   develop  online  courses,  programs,  and  entire  degrees.    In  2013  about  7.1  million   students  took  at  least  one  online  course,  representing  one-­‐third  of  all  higher   education  students  in  the  US  (Allen  &  Seaman,  2013).    Allen  and  Seaman  reported     2       that  academic  leaders  expect  that  “the  majority  of  all  higher  education  students  will   be  taking  at  least  one  online  course  in  five  years’  time”  (p.  5).     The  growth  of  online  learning  in  higher  education  and  the  increased  use  of   video  in  education  calls  for  research  at  the  intersection  of  online  learning  and  online   video.  Understanding  how  videos  are  being  used  in  online  courses  and  how  faculty   view  the  use  of  different  types  of  videos  in  their  courses  may  contribute  to   understanding  how  video  can  be  used  to  enhance  online  learning.   Purpose  of  the  Study     This  study  investigated  faculty  use  and  perceptions  of  video  in  fully  online   courses  from  a  large  liberal  arts  university  based  in  the  Midwest  with  a  large   international  component.    The  online  teaching  faculty  participating  in  this  study   represented  both  undergraduate  and  graduate  courses  from  more  than  30  online   programs  and  certificates.    An  exploratory  research  survey  was  used  to  obtain  self-­‐ reported  answers  on  the  types  of  video  used  and  the  perceptions  faculty  had  on  how   the  videos  impacted  their  courses  as  well  as  their  perceptions  of  the  impact  to  the   student  experience.  This  study  took  place  in  the  context  of  an  educational  institution   looking  to  gain  understanding  on  how  video  was  used  in  online  courses  as  part  of  a   larger  initiative  to  enhance  online  learning  practices.    This  study  focused  on  the   online  courses  taught  in  the  2013-­‐2014  academic  year.   Research  Literature  and  Theoretical  Framework     Faculty  and  instructional  designers  are  faced  with  many  design  choices  when   considering  the  use  of  video,  including  the  purposes,  types  of  video,  and  frequency   and  duration.      Decisions  about  what  videos  to  use  in  an  online  course  may  appear  to     3       be  a  simple  choice,  when  in  reality  the  decision  can  be  complex,  based  on  many   factors  such  as  appropriateness  of  fit,  level  of  production  quality,  technical   requirements  to  view,  development  time  of  including  video  into  course,  to  name  a   few.    To  determine  if  videos  will  be  used  in  an  online  course  the  faculty  or   instructional  designer  must  consider  technological  issues,  pedagogical  uses,  and   how  the  video  is  intended  to  fit  within  the  student  experience.    Additionally,  the   evolving  technologies  and  skills  required  for  using  video  present  educators  with   opportunities  and  challenges,  as  new  uses  for  video  content  are  being  identified,   implemented,  and  made  more  widely  available.    Among  the  benefits  claimed  for   video  are  increasing  overall  experience  by  assisting  learning  and  skill  development,   providing  vicarious  experiences,  and  nurturing  students’  motivation  (Koumi,  2006).     Others  have  emphasized  using  videos  as  supplemental  or  additional  material  to   create  variation  in  course  activities,  interaction,  and  tasks  that  increase  students’   intrinsic  motivation  in  the  course  (Merkt,  Weigand,  Heier,  &  Schwan,  2011).       TPACK  Framework     The  development  of  the  TPACK  framework  has  provided  the  instructional   design  and  teaching  community  with  a  model  to  represent  ways  of  thinking  about   the  relationship  between  teaching  and  technology  (Mishra  &  Koehler,  2006).    In  the   field  of  educational  technology  the  Technological  Pedagogical  and  Content   Knowledge  (TPACK)  framework  has  become  a  commonly  used  framework  to   characterize  the  intersection  of  knowledge  areas  needed  by  instructors  to  teach   effectively  with  technology  (Baran,  Chuang,  &  Thompson,  2011).  This  model  can  be   applied  to  online  learning  to  help  identify  the  knowledge  that  instructors  will  need     4       to  use  technology  at  the  intersection  of  pedagogical  and  content  knowledge  (domain   specific)  in  order  to  provide  the  most  effective  form  of  teaching  with  technology.     Figure  1  presents  an  illustration  (Koehler,  n.d.)  that  depicts  TPACK  as  the   intersection  of  technological  knowledge,  pedagogical  knowledge,  and  content   knowledge.  The  intersection  of  these  three  components  represents  the  most   effective  use  of  technology  in  learning.    In  addition  to  the  central  intersection  of  the   TPACK  model  there  are  three  other  interactions  noted  in  the  model.    The  non-­‐ central  intersections  can  also  be  used  to  evaluate  the  level  of  effectiveness  of   teaching  with  technology  if  not  all  three  elements  are  present.    The  three  other   interactions  are:  technological  content  knowledge  (TCK),  pedagogical  content   knowledge  (PCK),  and  technological  pedagogical  knowledge  (TPK).       Figure  1.  TPACK  model  reproduced  by  permission  of  the  publisher,  copyright  2012   by  tpack.org.     5         One  of  the  main  challenges  in  applying  the  TPACK  framework  is  the   complexity  of  the  interactions  between  each  of  the  separate  knowledge  areas   (technological,  pedagogical,  and  content  knowledge).    The  knowledge  areas   represented  in  the  TPACK  model  are  not  suggested  to  be  static,  but  rather  allow   variance  for  every  situation  in  which  the  model  is  used  to  asses  the  effectiveness  of   teaching  with  technology.  Technological  knowledge  is  perhaps  the  most  fluid  of  the   three  domains.    Rapid  change  in  technology  implies  that  technological  knowledge   may  require  continuous  efforts  to  maintain  compared  to  pedagogical  knowledge,  or   content  knowledge.    For  example,  if  an  instructor  believes  they  are  teaching  in  the   “sweet  spot”  of  the  TPACK  model  and  then  experience  a  shift  in  technology  use,  due   to  the  introduction  of  a  new  technology  that  has  been  adopted  or  imposed  the  result   may  lower  the  instructor’s  technological  knowledge  in  that  context.    The  disruption   of  the  technological  knowledge  would  then  lower  the  effectiveness  of  teaching  with   technology.    An  example  of  this  type  of  technology  shift  in  an  online  learning   environment  would  be  the  adoption  of  a  new  content  management  system  (CMS)   that  would  require  instructors  to  learn  new  skills  or  specific  technology  knowledge   on  how  to  use  a  new  web-­‐based  platform  to  deliver  their  course.       A  key  issue  surrounding  the  continuing  development  of  TPACK  models  for   teaching  with  technology  in  online  courses  is  the  clarity  of  the  term  technology  as  it   is  used  in  the  model.    It  has  been  proposed  that  the  term  technology  as  it  is  used  in   the  TPACK  model  would  be  more  clearly  defined  by  the  term  Information  and   Communication  Technologies  (ICT)  (Niess,  2011)  as  a  way  of  more  accurately   capturing  the  intended  meaning.           6         The  continued  development  and  adoption  of  ICT’s  present  challenges  to   educators  who  are  attempting  to  integrate  contemporary  and  emerging  technology   into  their  courses.    Online  video  is  one  of  these  technologies,  while  not  new,  the   technology  behind  the  creation,  sharing,  and  dissemination  of  video  through  online   environments  has  rapidly  evolved  over  the  last  decade.         As  these  emerging  technologies  become  higher  in  demand,  instructors  are   faced  with  the  challenge  of  learning  how  to  effectively  integrate  these  technologies   into  their  online  courses.    This  presents  a  unique  challenge  in  incorporating   technology  in  online  learning  environments,  as  it  requires  instructors  to  develop   learning  experiences  through  technology  in  which  they  may  have  little  or  no   experience  learning  through  themselves  (Niess,  2011).         Today  there  are  no  generally  accepted  “standards”  of  technology  integration   in  higher  education,  though  efforts  are  being  made  to  define  'best  practice'  (Bowles-­‐ Terry,  Hensley,  &  Hinchliffe,  2010;  Brunvand,  2010;  Fish  &  Wickersham,  2009).    In   K-­‐12  education,  standards  developed  by  the  International  Society  for  Technology  in   Education  (“ISTE  Standards,”  n.d.,  “ISTE  Standards,”  2009)  have  been  widely   adopted  by  state  boards  of  education.    The  lack  of  widely  adopted  best  practices  of   technology  integration  at  the  higher  education  level  leave  individual  programs,  and   instructors  to  evaluate  and  incorporate  technology  as  needed  in  their  online  course.     This  allows  for  many  variations  of  strategies  or  technologies  used.         Online  course  offerings  vary  greatly  from  one  course  to  another,  one   instructor  to  another,  and  one  institution  to  another.    Due  to  the  many  factors   determining  how  an  instructor  chooses  to  use  technology  in  their  teaching,  it  can  be     7       difficult  to  know  what  factors  influence  their  decisions.    A  recent  study  suggested   that  evaluating  the  ICT  usage  of  a  preservice  teacher  is  a  strong  predictor  of  their   TPACK  competencies  (Kabakci  Yurdakul  &  Coklar,  2014).  The  researchers  found   that  ICT  usage  had  direct  influence  on  TPACK  competencies  and  the  major  factors   most  influenced  were  ethics,  design,  and  proficiency.  While  preservice  teachers  are   geared  to  enter  the  teaching  profession  in  K-­‐12  environments,  the  evaluation  of   their  TPACK  competencies  is  analogous  to  that  of  higher  education  faculty  that  are   entering  the  online  teaching  environment.    This  research  supports  other  claims   (Baran  et  al.,  2011)  that  as  new  information  and  communication  technologies   become  an  increasingly  integral  part  of  the  educational  experience  educators  should   be  provided  with  workshops  and  other  professional  development  opportunities  to   better  their  understanding  and  knowledge  of  the  available  instructional  tools.         Research  has  found  that  professional  development  and  training  has  a   positive  effect  on  the  instructors  confidence  in  their  TPACK  integration  and  effective   use  of  technology  in  their  respective  learning  environments  (Baran  et  al.,  2011;   Graham  et  al.,  2009;  Polly  &  Brantley-­‐Dias,  2009).    While  increased  training  has   been  shown  to  be  a  predictor  of  better  TPACK  integration  and  technology  use,  this   may  not  be  the  only  factor  that  determines  the  amount  or  style  of  technology   integration.      Additional  factors  influencing  instructors’  use  of  technology  are   explored  in  Chapter  2.       8       Compression  of  Expertise     Video  holds  the  potential  for  compression  of  expertise  into  a  shorter  time   frame.    Some  have  argued  that  to  achieve  a  level  of  expertise  in  a  given  field  one   must  spend  approximately  10,000  hours  or  ten  years  of  development  in  that   respective  field  (Ericsson,  Prietula,  &  Cokely,  2007;  Gladwell,  2011).         Hoffman  has  suggested  using  video  in  the  form  of  simulations,  cultivated   experiences,  or  scenarios  to  provide  exposure  to  a  variety  of  learning  “cases"  might   lead  to  learning  environments  that  “design  out”  the  gaps  that  normally  occur   between  the  novice,  journeyman,  and  expert  levels  of  proficiency  in  a  discipline   (Hoffman,  2014,  p.  168).    Using  video  may  also  have  significant  benefits  when   employed  to  promote  accelerated  comprehension  of  complex  domains  or  subjects.     Incorporating  video  into  hypermedia  environments  that  enables  instructors  to  use   methods  of  selection  and  arrangement  of  cases  to  promote  deep  learning,  ecological   approaches  to  interconnecting  themes,  search  capabilities  to  select  and  queue   different  combinations  of  video,  and  allow  attention  to  deeper  levels  of   understanding.  (Palincsar  et  al.,  2007,  p.  449).   Organization  of  Chapters     Chapter  1  (current  chapter)  provides  an  overview  of  the  theoretical   framework  and  pedagogical  implications  of  using  technology  to  enhance  online   learning.    This  chapter  also  identifies  the  purpose  of  this  study  on  the  uses  and   perceptions  of  video  in  online  courses.    Chapter  2  provides  a  literature  review  on   the  effects  of  video  in  online  learning  environments  and  ends  with  the  statement  of   the  research  questions.    Chapter  3  provides  a  detailed  description  of  the  research     9       methodology  used  in  this  study.    Chapter  4  provides  the  quantitative  results  and   analysis  from  the  survey  instrument.    Chapter  5  provides  a  detailed  discussion  of  the   results  for  each  of  the  research  questions,  and  examines  the  theoretical,  pedagogical,   and  practical  implications.    The  limitations  of  the  study  are  discussed  in  this  final   chapter.     10     CHAPTER  2   LITERATURE  REVIEW     This  chapter  reviews  research  literature  on  theories  and  studies  that  provide   support  for  the  multiple  ways  use  of  video  may  enhance  learning  in  online  courses.     Among  these  ways  are  pedagogical  uses,  cognitive  load,  instructor  presence,  and   instructor  beliefs  of  teaching  and  learning.    This  chapter  also  reviews  research   literature  on  the  predictors  of  technology  use  such  as  age  and  experience,  and   identifying  barriers  to  use.    Following  this  section,  this  chapter  examines  research   literature  on  the  aspects  of  video  production  towards  a  model  of  best  practices  and   the  effect  on  student  engagement.    This  chapter  ends  with  a  detailed  explanation  of   the  research  questions.       Pedagogical  Uses  of  Video     The  use  of  video  in  education  is  not  new  and  as  the  technology  and  variety  of   video  resources  become  increasingly  easy  to  access,  more  educators  are  using  video.   Video  in  online  course  environments  has  been  shown  to  be  beneficial  by  providing   multiple  perspectives,  points  of  view,  and  various  calls  to  action  or  discussion   prompts  for  students  (Brunvand,  2010;  Verleur,  Heuvelman,  &  Verhagen,  2011).     Using  video  as  a  supplement  provides  the  instructor  the  opportunity  to  provide   differentiation  of  course  material  to  appeal  to  multiple  learning  styles  of  the  course   participants  rather  than  limiting  the  course  to  a  single  form  of  content  (e.g.  text   only).    Using  video  to  create  variation  of  tasks  and  assignments  has  been  shown  to   increase  student  motivation  in  the  course  (Pintrich,  2003).    To  assist  in  the   development  of  learning  experiences  using  video  the  Digital  Artefacts  for  Learner       11     Engagement  Framework  (DiAL-­‐e)  was  developed  to  support  educators   incorporating  media  rich  elements  into  their  courses  (Burden  &  Atkinson,  2008).     The  availability  and  knowledge  of  applicable  frameworks  for  incorporating  videos   varies  among  online  faculty  or  instructional  designers.    In  the  process  of  course   development  faculty  and  instructional  designers  have  a  multitude  of  online  video   sources  to  consider  when  trying  deciding  the  best  use  of  video  to  enhance  their   online  courses.           Research  has  shown  positive  effects  of  using  online  videos  for  both  learning   outcomes  and  course  quality  satisfaction.  For  example,  in  a  study  using  online   videos  to  show  students  what  it’s  like  to  work  in  and  operate  the  Large  Hadron   Super  Collider  in  CERN  without  the  need  to  visit  Geneva  Switzerland,  researchers   found  increased  learning  outcomes  and  course  satisfaction  (Zhang,  Zhou,  Briggs,  &   Nunamaker,  2006).         Young  and  Norgard  (2006)  reported  that  student  perceptions  of  quality   satisfaction  of  online  courses  are  important  to  institutions  and  faculty  that  are   developing  online  courses  and  programs.    So  while  course  satisfaction  would  not  be   a  metric  by  which  you  could  determine  if  students  learn  “better”  with  video,  we  can   measure  whether  or  not  students  feel  the  use  of  online  video  increase  their   satisfaction  of  the  course.      If  students  have  increased  satisfaction  of  the  quality  of   online  courses  that  utilize  video  they  may  be  more  likely  to  promote  courses  taken   or  continue  to  take  more  online  courses  that  likewise  use  online  video.           12     Different  Types  of  Video  Serve  Different  Pedagogical  Purposes     There  are  many  types  of  video  used  in  online  courses.  For  the  purpose  of  this   study,  videos  were  coded  into  four  categories:  instructor-­‐created  video,  third-­‐party   created  video,  student-­‐created  video,  and  synchronous  (live)  video.    The   pedagogical  value  of  these  four  types  of  video  may  vary  by  type.  For  example,   instructor-­‐created  videos  may  be  more  effective  at  increasing  the  level  of  social   presence  of  instructors  who  create  videos  personally  introducing  themselves  to   students  or  providing  personal  commentary  on  course  content.      Increased   instructor  presence  has  been  shown  to  have  positive  effects  on  student  motivation   and  course  satisfaction  (Borup,  West,  &  Graham,  2012;  Swan,  2001).    Instructor-­‐ created  videos  can  take  other  forms,  including  presentation  of  content  and   assignments,  recorded  lectures  and  presentations,  as  well  as  comments  or  feedback.         Third-­‐party  videos  can  provide  students  with  a  wide  variety  of  content,   including  academic  content,  other  scholarly  viewpoints,  and  much  more,  far  beyond   what  an  individual  instructor  could  possibly  create.    Online  video  sources  such  as   YouTube  and  Vimeo  are  now  publishing  “years”  worth  of  video  content  every  day.     Developing  an  online  class  today  means  that  instructors  can  choose  from  videos  that   range  from  amateur  to  expertly  produced  videos  on  nearly  all  topics.    One   consideration  with  the  use  of  video  platforms  such  as  YouTube  is  curating  reliable   sources  that  fit  within  the  curriculum  of  the  course.    There  are  also  online  video   professional  services  that  are  offering  carefully  selected  videos  by  category,  topic,  or   expertise.    Educational  institutions  can  subscribe  to  professional  online  video   learning  resources  like  Atomic  Learning,  Kahn  Academy,  and  Lynda.com  to  name  a       13     few,  that  offer  professionally  produced  educational  videos.    A  recent  report  released   by  Atomic  Learning  (2014)  provided  evidence  that  the  use  of  online  video  tutorials   in  a  treatment  groups  had  significant  skill  development  and  growth  over  the  control   groups  (SEG  Measurement,  2014).     Student-­‐created  videos  are  a  third  category  of  online  video  use.  Student-­‐ created  videos  have  several  potential  benefits  for  learning.  Such  videos  can  provide   for  extended  learning  opportunities  outside  the  classroom  and  can  provide  students   with  a  chance  to  bring  in  outside  perspectives  and  or  forms  of  expression.    Having   students  create  videos  can  promote  more  active  learning,  increase  student   engagement,  and  contribute  to  the  students'  skills  in  creating  video  (Greene  &   Crespi,  2012).     Synchronous  videos  are  the  fourth  category  of  online  video  use.     Synchronous  video  use  can  take  several  forms,  including  live  lectures  or   demonstrations,  office  hours,  class  discussions,  or  as  a  platform  for  students  to   communicate  on  group  projects.  Synchronous  video  could  be  used  in  an  online   course  as  scheduled  communication  in  the  course  or  serve  as  an  “as  needed”  basis  to   allow  for  communication  between  two  or  more  members  of  the  online  course.   These  various  uses  of  synchronous  video  have  the  potential  for  increasing  instructor   presence,  as  well  as  social  presence  in  the  course,  and  increase  student  engagement   in  the  course.   Cognitive  Load  Theory     Several  lines  of  research  have  suggested  video  might  have  pedagogical  value   in  learning.    Among  these  benefits  of  video  are  the  uses  of  video  to  reduce  learners’       14     cognitive  load  in  an  online  course  environment.    Cognitive  load  theory  generally   predicts  that  learning  best  happens  when  conditions  align  with  human  biological   cognitive  architectures  that  do  not  exceed  the  learner’s  working  memory   capabilities  and  when  instructional  design  is  based  on  our  knowledge  of  the  human   cognitive  structure  (Sweller,  Ayres,  &  Kalyuga,  2011).    This  study  does  not  focus  on   measuring  the  cognitive  load  in  any  form,  but  relies  on  the  previous  research   literature  that  identifies  video  as  one  medium  that  can  be  used  to  reduce  cognitive   load  in  learning  environments.    Using  cognitive  load  theory  in  the  practice  of  online   course  design,  the  use  of  multimedia  (such  as  online  video)  can  be  used  to  reduce   the  amount  of  cognitive  overload  on  the  learners  by  working  to  eliminate  split   attention,  redundancy,  and  transiency  (Kalyuga,  2012).         Knowledge  of  the  human  cognitive  architecture  can  be  used  by  instructional   designers  and  teaching  faculty  to  develop  online  courses  that  utilize  video  in  a   complementary  way  that  works  to  enhance  learning  by  reducing  cognitive  load  on   the  student.    Incorporating  the  instructional  design  principles  of  cognitive  load   theory  (Kalyuga,  2012;  Sweller  et  al.,  2011)  video  can  be  used  to  avoid  issues  of  split   attention  where  information  is  separated  over  “distance”  either  on  screen,  or   through  virtual  distance  in  the  case  of  hypertext  as  it  allows  for  combinations  of   visual  and  auditory  information  to  be  processed  by  the  learner  in  the  same  time  and   space.    However,  if  video  is  incorporated  as  an  additional  component  it  may   unintentionally  increase  cognitive  load  by  increasing  split  attention  among  the   content  or  by  introducing  extraneous  load  introduced  by  the  software  needed  to   access  the  content  even  if  it  does  not  reduce  student  learning  (Hollender,  Hofmann,       15     Deneke,  &  Schmitz,  2010;  Homer,  Plass,  &  Blake,  2008;  Tempelman-­‐Kluit,  2006).     Instructional  course  design  can  address  issues  of  cognitive  overload  by  ensuring   videos  are  used  in  effective  modes  of  content  delivery,  and  employ  commonly  used   video  platforms  to  reduce  extraneous  load  potentially  introduced  by  the  online   video  interface.  Video  also  has  the  ability  to  reduce  transiency  by  allowing  the   learner  to  revisit  the  information  as  often  as  needed  to  increase  retention  of   complex  information.    Research  on  video  based  learning  has  shown  positive  results   from  using  embedded  videos  based  on  cognitive  load  theory  on  student  learning   (Noor,  Aini,  &  Hamizan,  2014).     Social  Presence  of  Instructor     Social  presence  as  originally  defined  by  the  social  presence  theory  (Short,   Williams,  &  Christie,  1976)  is  the  degree  of  salience  or  “realness”  of  a  person   perceived  by  another  person  communicating  through  a  technology  medium,  and  the   associated  “realness”  of  that  interaction.    In  a  2002  publication  social  presence  was   redefined  in  the  context  of  online  learning  as  “the  degree  of  feeling,  perception,  and   reaction  to  another  intellectual  entity  in  the  CMC  environment”  (Tu  &  McIssac,  2002,   p.  146).    By  using  online  video,  instructors  and  instructional  designers  can  plan  for   and  arrange  for  purposeful  interaction  through  video  as  a  medium  by  students   throughout  the  course.    Further,  online  video  platforms  can  also  provide   opportunities  for  spontaneous  synchronous  online  video  communications  through   content  management  systems  or  online  video  platforms  such  as  Google  Hangouts  or   Skype.  Leveraging  online  video  to  increase  the  social  presence  felt  in  an  online   course  supports  the  research  findings  that  report  course  satisfaction  is  related  to       16     the  level  of  social  presence  in  a  course  (Choi  &  Johnson,  2005;  Richardson  &  Swan,   2003;  Rose,  2009).       There  are  many  ways  in  which  online  video  can  be  used  to  increase  the   amount  of  social  presence  in  a  course.    While  synchronous  video  may  be  an  easy   format  to  think  about,  asynchronous  videos  can  be  effective  as  well.    Given  the   nature  of  online  courses,  synchronous  online  video  can  be  logistically  difficult  to   arrange  and  perhaps  time  prohibitive  on  both  students  and  the  instructor.    For   many  online  courses,  it  would  still  be  possible  to  create  and  post  asynchronous   videos  by  the  instructor  to  communicate  with  the  course  either  formerly  or   informally  in  the  way  of  course  announcements,  lectures,  or  feedback.  A  recent   study  from  2012  provides  evidence  to  support  this  claim  by  stating  that  use  of   asynchronous  video  communications  can  increase  the  instructor  social  presence  in   a  course  (Borup  et  al.,  2012).   Predictors  of  Technology  Use     Given  the  general  understanding  that  professional  development  or  skill   development  in  technology  is  something  beneficial  to  all  active  instructors,  it   therefore  becomes  important  to  identify  areas  or  issues  that  have  been  identified  in   the  existing  literature  on  the  various  factors  that  predict  the  use  of  technology.    By   the  very  definition  of  online  learning,  there  is  in  an  implicit  understanding  that   instructors  will  be  required  to  have  a  proficient  understanding  of  Internet-­‐based   tools  and  communication  medium.             17     Instructor  Beliefs  of  Teaching  and  Learning       Current  literature  on  teacher  beliefs  and  technology  use  indicate  a  strong   correlation  between  how  teachers  feel  about  knowledge  learning,  teaching   practices,  and  the  role  of  technology  integration  (Kim,  Kim,  Lee,  Spector,  &   DeMeester,  2013;  Russell,  Bebell,  O’Dwyer,  &  O’Connor,  2003).  Simply  put,  if   instructors  feel  a  particular  technology  is  a  beneficial  component  to  the  learning  and   teaching  experience  then  they  will  be  more  likely  to  integrate  it  into  their  course   than  instructors  who  believe  otherwise.    It  has  been  suggested  that  in  order  to   change  instructor  beliefs  the  organization  can  try  various  strategies  such  as   professional  development,  peer  collaboration,  observations,  and  practice   environments  to  try  and  advocate  for  more  technology  integration.    In  response  to   these  strategies  it  is  cautioned  that  fundamental  changes  in  instructor  beliefs  about   use  of  technology  does  not  happen  quickly  and  for  any  sustained  growth  and   positive  change  to  occur  the  organization  will  need  to  provide  incremental  and   consistent  support  (Kim  et  al.,  2013).      In  addition  to  the  instructors’  beliefs  on   learning,  teaching,  and  technology,  the  issue  of  institutional  responsibility  of   technology  training  has  also  been  raised.    In  a  survey  of  higher  education  faculty   technology  literacy  and  training  it  was  reported  that  the  majority  believed  it  was  the   university’s  responsibility  to  train  faculty  on  technologies  that  will  enhance  learning   compared  to  the  responsibility  to  be  on  the  individual  instructor  (Georgina  &  Olson,   2008).           18     Age  and  Experience   It  is  a  common  belief  today  that  younger  generations  will  use  technology   more  often  and  with  a  more  seamless  integration  into  their  everyday  lives  both   personally  and  professionally  than  those  who  are  older.      When  it  comes  to   integrating  technology  in  education  we  can  see  evidence  to  support  this  idea,  but   there  are  also  some  claims  that  it  might  not  be  as  simple  as  it  sounds.    A  recent  study   by  the  National  Writing  Project  (NWP)  College  Board,  and  Pew  Research  Center   points  to  evidence  from  their  survey  that  there  are  differences  in  technology  use   between  younger  and  older  teachers.    Specifically,  the  survey  states  “Teachers  under   age  35  are  more  likely  than  teachers  age  55  and  older  to  describe  themselves  as   “very  confident”  when  it  comes  to  using  new  digital  technologies”  (Purcell,  Heaps,   Buchanan,  &  Friedrich,  2013,  p.  5).      They  also  report  findings  that  teachers  under   the  age  of  35  have  their  students  develop  work  through  online  technologies,   contribute  to  online  discussions  or  collaborations  more  than  their  colleagues  who   are  older  than  55  years  old.      Further,  younger  teachers  were  also  more  likely  to   draw  on  other  colleagues  for  ideas  on  technology  integration.       Another  study  compared  the  technology  use  of  teachers  based  on  their  years   of  experience  as  an  educator.  The  results  of  this  study  concluded  that  teachers  with   five  years  or  less  of  experience  are  significantly  more  confident  using  technology   than  those  who  have  been  teaching  between  six  and  15  years,  and  those  who  have   been  teaching  for  more  than  15  years  (Russell  et  al.,  2003).    An  interesting  find   within  this  study  was  that  although  newer  teachers  were  more  confident  with   technology  and  used  it  more  often  for  professional  applications  this  same  group  also       19     had  stronger  feelings  of  the  negative  impact  of  computers  on  students  than  those   who  had  been  teaching  for  more  than  five  years.    One  explanation  proposed  by  the   researchers  was  that  given  the  complexity  of  starting  a  new  teaching  position  other   factors  such  as  behavior  management,  curriculum  development,  adapting  to   institutional  culture  to  name  a  few,  take  precedence  over  exploring  how  technology   can  be  used  to  enhance  learning.    Although  this  study  focuses  on  K-­‐12  teachers  it  is   not  a  stretch  to  envision  the  same  level  of  adjustment  for  new  faculty  or  instructors   in  higher  education.       Looking  even  more  specifically  at  online  teaching  and  learning,  there  may  be   an  experiential  learning  curve  on  integrating  technology  such  as  video  technologies   in  online  courses  given  the  level  of  experience  an  instructor  has.    If  an  instructor  is   presented  with  the  task  of  teaching  online  for  the  first  time  their  years  of  experience   teaching  in  face-­‐to-­‐face  courses  may  also  predict  the  instructors  openness  on   technology  integration.     Barriers  to  Use     Use  of  videos  in  an  online  course  requires  time,  planning,  and  various  levels   of  skill  and  knowledge  on  how  to  use,  create,  and  share  online  videos.  Using  third   party  videos  requires  understanding  of  how  and  when  to  present  the  right  videos  in   the  correct  online  learning  environment.    Online  teaching  can  be  described  as  a   complex  task  that  requires  commitment  from  faculty  and  instructional  designers   and  can  be  time  consuming  and  demanding  (Bolliger  &  Wasilik,  2009),  often   requiring  different  levels  of  commitment  than  traditional  face-­‐to-­‐face  courses.   Bolliger  and  Wasilik  (2009)  found  that  instructor  satisfaction  was  significant  to  the       20     development  of  online  courses  and  if  faculty  doesn’t  have  the  resources  they  need   (both  tangible  and  intangible)  then  the  quality  of  those  courses  can  decline.         Self-­‐efficacy  also  plays  a  role  in  the  use  of  online  technologies  such  as  video   in  online  courses.    A  study  on  technological,  pedagogical,  and  content  knowledge   (TPACK)  and  teacher  self-­‐efficacy  provided  strong  evidence  to  suggest  that  an   instructors  level  of  self-­‐efficacy  had  a  significant  impact  on  their  effective  and   innovative  use  of  technology  in  their  classroom  (Abbitt,  2011).  The  relationship   between  higher  levels  of  online  technology  self-­‐efficacy  has  been  shown  to  increase   the  likelihood  that  higher  education  faculty  will  implement  and  use  such   technologies  in  their  courses  (Buchanan,  Sainter,  &  Saunders,  2013;  Kagima  &   Hausafus,  2001).    In  the  case  of  video,  research  has  shown  that  using  instructional   videos  can  increase  user  knowledge  (Woodworth,  Chen,  Horn,  &  Aziz,  2014)   however  there  are  many  factors  beyond  self-­‐efficacy  in  the  adoption  and  use  of   video  such  as  the  structural  (logistical)  limitations  and  the  perceived  usefulness   (Buchanan  et  al.,  2013).    If  instructors  do  not  feel  they  have  adequate  skills  in  using   that  technology,  it  would  support  their  reluctance  to  use  or  implement  it  in  their   own  classroom.       Toward  Best  Practice  for  Using  Video  in  Online  Learning   Video  is  a  common  form  of  educational  tool  used  in  online  learning   environments  and  over  the  last  several  years  the  ability  to  create  and  share  online   videos  has  become  increasingly  accessible.    In  today’s  online  course  environments   there  is  a  wide  variety  of  types  of  videos  created,  and  a  wide  array  of  production   value.    As  a  result  of  the  ease  in  which  an  individual  can  create  and  share  their       21     videos  it  is  becoming  increasingly  important  to  study  the  variety  of  video  styles  and   production  values  to  create  a  set  of  “best  practices”  for  online  instructional  video   development.       Length  and  Types  of  Video   In  a  recent  (2014)  empirical  study  of  various  videos  used  in  a  selection  of   Massive  Open  Online  Courses  (MOOCs)  the  researchers  were  able  to  analyze  student   engagement  from  a  combined  6.9  million  video  viewing  sessions.    The  researchers   were  able  to  categorize  four  main  video  formats;  classroom  lecture,  “talking  head”  of   instructor  at  a  desk,  digital  tablet  drawing  “Khan-­‐style”,  and  PowerPoint  slide   recordings.  From  these  categories  they  were  able  to  compare  the  type  of  video  with   the  student  engagement  defined  as  the  likelihood  that  the  students  would  engage  in   reflection  questions  or  another  form  of  course  interaction  within  30  minutes  of   completing  the  video.    Their  findings  of  the  study  state  that  shorter  video  videos  are   more  engaging  (specifically  those  between  0-­‐3  minutes  in  length),  videos  that   contain  a  mixture  of  content  and  a  “talking  head”  are  more  engaging,  “Khan-­‐style   tablet  drawings  are  more  engaging  than  PowerPoint  videos,  instructors  who  speak   more  quickly  and  with  high  energy  are  more  engaging,  and  that  high  production   value  does  not  mean  the  video  will  be  more  engaging  (Guo,  Kim,  &  Rubin,  2014).       Video  Production   Along  with  their  findings  the  researchers  also  published  video  production   recommendations  to  assist  faculty  and  instructional  designers  on  how  to  make  the   most  engaging  videos  possible.    Their  top  recommendations  were  to  invest  in  pre-­‐ production  planning  of  the  videos  to  try  and  condense  video  into  shorter  segments       22     (less  than  6  minutes),  invest  in  post-­‐production  editing  to  combine  video  of   instructor  with  other  “demo”  video,  and  to  try  to  film  in  informal  settings  (Guo  et  al.,   2014,  p.  2).    These  findings  are  also  supported  by  other  university  video  “best   practices”  published  on  various  faculty  teaching  and  learning  resource  pages  that   suggest  videos  be  shorter  (3  –  5  minutes),  and  be  broken  into  smaller  chunks  (“Best   Practices,  Video,”  2014,  “Video  Best  Practices:  The  Center  for  Teaching  and  Learning   UNC  Charlotte,”  2014).    With  new  research  being  published  specifically  investigating   video  production  there  is  hope  that  an  industry  “best  practices”  for  online  course   video  will  emerge  and  benefit  all  faculty  and  instructional  designers  as  they  begin  or   continue  to  develop  new  videos.       Need  for  the  Current  Study     This  study  focused  on  investigating  the  current  faculty  use  and  perceptions   of  video  in  online  courses.    This  exploratory  research  study  provided  valuable   institutional  information  on  how  the  use  of  videos  in  online  courses  compared  to   existing  literature  and  identified  areas  in  which  video  was  being  used  to  enhance   learning  outcomes  and  potential  barriers  for  faculty  video  use.      With  continued   increases  in  online  learning  and  online  course  offerings  this  study  aimed  to  collect   and  analyze  data  on  how  videos  were  being  used  to  enhance  the  online  learning   experience  and  how  instructors  felt  about  the  value  of  incorporating  video  in  their   online  course.    This  study  focused  on  the  research  questions  formulated  below.   Understanding  the  use  and  faculty  perceptions  of  online  video  can  inform  higher   education  institutions  on  how  faculty  feel  about  the  use  of  video  and  how  I  they  feel   it  enhanced  online  learning.         23     Research  Questions   This  exploratory  cross-­‐sectional  research  survey  investigated  the  following  research   questions:   1. How  does  the  frequency  and  type  of  video  (instructor-­‐created,  third-­‐party   created,  student-­‐created,  and  synchronous)  use  vary  across  different  online   courses?     2. How  do  instructors  perceive  the  pedagogical  value  of  different  types  of  video   (instructor-­‐created,  third-­‐party  created)  in  their  online  course?   3. How  do  instructors  perceive  the  effect  of  online  video  on  student   engagement  in  their  course?     4. What  are  the  key  factors  influencing  an  instructor’s  decision  to  create  videos   for  their  online  course?   a. What  barriers  to  video  use  do  instructors  report?   b. How  does  institutional  support  influence  instructors’  creation  of   online  video?   5. How  do  instructor  age,  experience  and  subject  domain  relate  to  video  use  in   their  online  course?                     24     CHAPTER  3     METHODS   Research  Design     An  anonymous  exploratory  cross-­‐sectional  research  survey  was  used  in  this   study.    A  survey  instrument  was  designed,  drawing  on  previous  studies,  and  used  to   collect  self-­‐reported  data  from  a  purposive  sample  of  online  instructors  from  one   university.    The  survey  used  was  facilitated  through  a  secure  online  survey  platform   and  all  of  the  participants  in  the  study  were  self-­‐selected  from  respondents  to  the   invitation  sent  via  electronic  mail.         Sampling     The  sample  for  this  cross-­‐sectional  study  was  comprised  of  a  single  stage   sampling  procedure  to  conduct  a  purposive  sample  of  online  course  instructors   from  the  2013-­‐2014  academic  year.    The  sample  for  this  study  was  drawn  from  the   aggregate  population  of  448  online  instructors  offering  1,855  cumulative  online   courses  from  a  large  private  international  liberal  arts  university  based  in  the  United   States  Midwest  region.    The  full  email  address  list  of  online  instructors  was  provided   by  the  university’s  Online  Learning  Center  that  facilitates  online  courses  for  the   university.    Using  the  complete  list  of  online  instructors  from  2013  –  2014  each   instructor  was  sent  an  email  invitation  to  participate  in  the  anonymous  survey   through  the  survey  distribution  tools  available  from  Qualtrics  online  survey.       The  desired  sample  size  for  this  study  was  based  on  the  Table  for   Determining  Minimum  Returned  Sample  Size  for  a  Given  Population  Size  for   Continuous  and  Categorical  Data  (Barlett,  Kotrlik,  &  Higgins,  2001,  p.  48).    Given  the       25     population  of  448  instructors  and  selecting  a  commonly  accepted  alpha  level  of  .05   and  three  percent  (.03)  margin  of  error  the  table  suggests  the  minimum  sample  size   based  on  the  survey  instrument  and  use  of  continuous  data  to  be  96  participants.       Participants     Participants  of  this  study  consisted  of  self-­‐selected  respondents  from  the   aggregate  population  of  448  online  instructors  from.  The  sample  (n=100)  consisted   of  both  fulltime  instructors  (12.1%)  and  adjunct  instructors  (87.9%)  representing   predominately  graduate  instructors  (83%)  as  compared  to  17%  undergraduate   instructors.    In  this  study  there  were  58  males  (59.2%),  40  females  (40.8%)  with  an   average  age  of  Mage=56.3  years  old.       Study  Context     This  study  conducted  research  at  a  private  nonprofit  international  liberal   arts  university  with  its  main  campus  located  in  the  Midwest  of  the  United  States  and   additional  campus  locations  around  the  world  including  North  America,  Europe,  and   Asia.  The  university  is  classified  as  a  large  private  not-­‐for-­‐profit  four-­‐year  university   with  an  enrollment  profile  of  primarily  graduate  students  (The  Carnegie   Classifications  of  Institutions  of  Higher  Education,  2010).    The  university  is  focused   on  developing  and  maintaining  a  global  community  with  a  total  student  population   of  22,000  representing  50  countries  from  around  the  world.  The  university  has  a   strong  online  educational  presence  through  its  Online  Learning  Center  and  hosts  25   fully  online  graduate  degrees  and  eight  fully  online  undergraduate  degrees.    The   Online  Learning  Center  supports  and  manages  all  online  courses  centrally  from  the       26     main  campus.    Students  enrolled  in  online  courses  include  a  global  student   population  representing  international  campuses  from  Europe,  Africa,  and  Asia.       During  the  2013-­‐2014  academic  year  the  Online  Learning  Center  offered   1,855  total  online  courses  from  448  instructors  with  a  total  enrollment  of  20,975   students.    The  university  is  committed  to  the  continuing  development  of  online   courses  and  programs.  Research  such  as  the  present  study  may  have  direct   application  in  efforts  on  improving  quality  and  satisfaction  of  course  development   and  student  satisfaction  with  the  courses.    The  aim  of  this  study  was  to  investigate   the  faculty  uses  and  perceptions  of  video  in  online  courses  as  part  of  a  larger   initiative  to  understand  how  faculty  feel  about  integrating  video  technology  in  their   online  courses.    This  study  provides  a  snapshot  of  faculty  use  of  technology  in  their   online  courses  that  can  be  used  to  inform  university  administrators  and  major   academic  units  on  the  directions  of  future  professional  development  for  online   instructors.     Procedures     The  anonymous  online  survey  was  distributed  electronically  via  email  to  448   online  instructors.    The  responses  were  collected  by  the  online  survey  instrument   and  exported  in  SPSS  format.    Analyses  of  the  responses  are  reported  in  Chapter  4.   Survey  Instrument     The  survey  instrument  consisted  of  multiple  choice,  five-­‐point  Likert  scale,   and  open-­‐ended  reflection  questions  (see  Appendix  A).  The  survey  included  original   questions  directly  related  to  the  research  questions  and  questions  adapted  from   previous  research  surveys  (Schmidt  et  al.,  2009).    The  survey  was  created  using  a       27     commercial  tool,  Qualtrics,  for  survey  design  and  administration.    The  university   also  provided  the  researcher  with  descriptive  data  on  the  total  number  of  online   courses,  instructors,  enrolled  students,  and  departments  represented  during  the   same  2013-­‐2014  academic  year.         Prior  to  distribution  to  online  faculty  this  survey  was  piloted  for  two  weeks   by  a  purposive  group  of  volunteer  participants.    The  survey  pilot  was  valuable  in   testing  out  the  newly  created  survey  to  identify  questions  and  definitions  that   needed  clarification  or  revisions  before  the  official  launch  of  the  survey.       The  survey  instrument  consisted  of  six  sections,  including  one  special   branched  section  that  was  only  visible  to  respondents  that  used  instructor-­‐created   video.    Each  section  was  designed  to  collect  specific  information  on  the  uses  and   perceptions  of  video  in  online  courses.    Instructors  were  asked  to  choose  one  online   course  (in  case  they  had  taught  more)  to  use  as  their  focus  throughout  the  survey.   The  first  section  of  the  survey  collected  information  on  teaching  experience  and   demographic  information  from  the  participants  including  which  course  they  taught,   if  they  taught  face-­‐to-­‐face  courses,  their  level  of  education,  and  their  faculty   appointment  status.    The  second  section  collected  data  on  the  types  of  videos  used   in  online  courses  reported  by  the  instructors.      This  section  focused  on  the  four   categories  of  video  (instructor-­‐created,  third  party,  student-­‐created,  and   synchronous)  and  the  frequency  in  which  they  were  used.       The  survey  section  on  types  of  video  used  included  the  definitions  of  each  of   the  four  categories  of  video  as  identified  by  this  study.    Instructor-­‐created  video  was   defined  as  videos  created  by  (or  of)  the  instructor  of  the  course  (e.g.  self  recordings,       28     recorded  lectures,  interviews,  screencasts/demonstrations,  etc.).  Third  party  video   was  defined  as  videos  created  by  individuals  or  organizations  outside  of  the  course   (e.g.  TED  talks,  Lynda.com,  Atomic  Learning,  music  videos,  Hollywood  movies,   television  shows,  etc.).    Student-­‐created  video  was  described  as  videos  created  by   the  students  of  the  course  (e.g.  self  recording,  recorded  skits,  interviews,   screencasts,  etc.).    Synchronous  video  was  described  as  videos  that  require  real-­‐time   interactions  between  the  faculty  and  one  or  more  students  (e.g.  Skype  chats,  Google   Hangout,  Webinar  events,  etc.).      The  third  section  focusing  on  how  videos  were  used  asked  respondents  to   indicate  the  purpose  of  the  video  use  in  their  course  through  multiple  choice  and   Likert  scale  questions.    The  fourth  section  focused  on  the  feeling  and  perceptions  of   faculty  on  the  use  of  video  on  the  pedagogical  value  and  student  engagement.    This   section  of  the  survey  specifically  asked  instructors  to  rate  how  they  felt  about   instructor-­‐created,  third  party,  and  synchronous  video  increasing  pedagogical   aspects  of  the  course  and  increasing  student  engagement.       The  fifth  section  was  focused  on  the  self-­‐efficacy  of  video  technology  and   TPACK.    This  section  utilized  the  adapted  TPACK  self-­‐efficacy  Likert  scales  from   Schmidt  et  al.  (2009).  The  sixth  and  final  section  of  the  survey  was  the  branched   logic  section  focused  on  instructor-­‐created  video.    This  section  of  the  survey  was   only  visible  to  respondents  that  indicated  they  used  instructor-­‐created  video  in  the   second  section  on  types  of  video  used.    This  branched  section  collected  data  on  the   various  aspects  of  video  production,  planning  process,  and  university  support  the   instructors  experienced  when  creating  their  own  videos.    In  addition  to  the  multiple       29     choice  and  Likert  scale  questions  the  survey  also  contained  four  open-­‐ended   reflection  questions  intended  to  give  instructors  a  chance  to  identify  any  additional   aspects  of  using  video  they  felt  was  important.     Data  Collection   This  exploratory  research  study  used  a  secure  online  survey  instrument  to   collect  information  on  the  faculty  uses  and  perceptions  of  video  in  online  courses   from  a  sample  of  online  instructors.  The  anonymous  survey  instrument  was  sent  to   each  instructor  via  electronic  mail  including  the  rationale  of  the  survey,  instructions,   consent  form,  and  all  relevant  contact  information  for  the  study  and  the  office  of   institutional  research.  The  online  survey  was  open  for  three  weeks,  with  two   subsequent  survey  reminders  sent  by  electronic  mail  in  week  two  and  three  of  the   study  to  participants.       Upon  the  completion  of  the  three-­‐week  open  period  of  the  survey,  the  data   were  exported  as  an  SPSS  file,  which  is  maintained  in  a  password  protected  file   location.  Additionally,  all  open-­‐ended  reflection  questions  from  completed   responses  were  collected  and  analyzed  to  provide  contextual  information  to  the   survey  respondents’  feelings  on  the  use  of  video  in  online  courses.    The  opened-­‐ ended  reflection  responses  can  be  seen  in  full  in  Appendix  B.   Data  Analysis   The  data  recorded  from  the  survey  were  analyzed  using  a  variety  of   statistical  analyses  through  SPSS  software.    The  following  section  lists  the  statistical   analyses  used  based  on  the  research  question.           30       To  analyze  the  data  for  research  question  one,  a  frequency  analysis  was  used   to  identify  the  descriptive  data  on  the  type  and  frequency  of  video  usage  across  the   major  academic  units.  Pearson  correlation  analyses  were  also  used  to  compare  the   frequency  of  video  use  and  video  requirement.    A  repeated  measures  ANOVA   analysis  was  used  to  analyze  how  use  of  video  types  varied  between  major  academic   units.     To  analyze  data  for  research  question  two  and  three,  a  frequency  analysis   was  used  to  identify  descriptive  data  on  the  mean  values  of  the  Likert  scales  on   pedagogical  value  of  instructor-­‐created,  third  party  video.    To  test  for  mean   differences  in  the  perceived  pedagogical  value  of  instructor-­‐created  video  and  third   party  video  a  one-­‐sample  t-­‐test  was  used  to  identify  any  significant  differences.    A   regression  analysis  was  used  to  test  for  significance  between  online  teaching   experience  and  the  composite  measure  of  video  use.     For  research  question  four,  a  frequency  analysis  was  used  to  identify   descriptive  data  on  all  survey  questions  related  to  barriers  and  resources  identified   by  instructors.    Frequency  descriptives  were  used  to  report  the  mean  values  of  the   Likert  scales  on  course  development  resources  provided  by  the  university.     To  analyze  data  for  research  question  five,  a  frequency  analysis  was  used  to   identify  descriptive  data  on  video  type,  frequency,  and  mean  scores  from  Likert   scales  on  self-­‐efficacy.    Multiple  regression  ANOVA  analyses  were  used  to  compare   instructor  age  and  experience  with  video  type.    Pearson  correlations  were  used  to   test  for  significant  relationships  between  frequency  of  video  use,  instructor  age  and   experience,  and  self-­‐efficacy  of  TPACK  and  video  technology.           31       CHAPTER  4       RESULTS     In  total,  the  online  survey  received  100  completed  responses  after  16   incomplete  and  erroneous  responses  were  removed  from  the  data  set.  Two  of  the   responses  were  removed  since  they  indicated  they  did  not  wish  to  participate,  and   the  other  14  incomplete  responses  were  removed  for  failing  to  complete  the  survey   beyond  the  first  section.  After  accounting  for  the  incomplete  responses  the  final   response  rate  for  the  online  survey  was  22.3%  (100/448)  which  was  lower  than   anticipated  but  sufficient  to  surpass  the  minimum  sample  size  needed  to  generalize   findings  back  to  the  population  of  online  instructors.    The  survey  results  for  the  100   completed  responses  contain  missing  data  on  individual  items  throughout  the   survey.    Not  all  100  participants  answered  every  survey  item.    As  a  result  of  missing   data  the  following  results  in  this  chapter  are  reported  using  the  valid  percentage   indicated  by  SPSS.  While  the  response  rate  is  lower  than  desired  it  met  the  threshold   of  the  minimum  desired  sample  size  of  96  based  on  the  Table  for  Determining   Minimum  Returned  Sample  Size  for  a  Given  Population  Size  for  Continuous  and   Categorical  Data  (Barlett  et  al.,  2001,  p.  48).    Due  to  the  anonymous  delivery  of   survey  link  via  email,  it  was  not  possible  to  track  which  email  address  received  the   message.     Sample  Teaching  Background     The  total  number  of  respondents  (n=100)  who  completed  the  online  survey   represents  22.3%  of  the  total  population  of  online  instructors  that  taught  during  the   2013-­‐2014  academic  year.    In  the  analyses  that  follow  the  term  “instructor”  is  used       32     to  include  both  fulltime  faculty  and  adjunct  instructors,  as  there  was  no  analyses   done  to  compare  the  two  groups.   Teaching  Experience  and  Level     Of  the  participants  who  responded      83%  (n=83)  taught  an  online  graduate  course  compared  to  17%  (n=17)  that  taught   an  undergraduate  course,  which  is  consistent  with  the  university's  enrollment   profile  consisting  of  primarily  graduate  students.  The  responses  also  reflected  the   university's  instructor  profile,  with  87.9%  (n=87)  of  respondents  teaching  as   adjunct  instructors  and  12.1%  (n=12)  as  fulltime  instructors.  The  degree  levels  of   the  teaching  faculty  are  comprised  of  52.5%  (n=52)  master’s  degree,  and  43.4%   (43)  doctoral  degrees,  and  1%  (n=1)  bachelor’s  degree.    A  frequency  analysis  of   participant  showed  that  the  average  experience  (in  years)  of  higher  education   teaching  was  Myears=18  years  and  that  online  higher  educational  teaching  was   Myears=8.7  years  and  the  average  number  of  online  courses  taught  at  this  university   was  Mcourses=21.9  as  seen  in  Table  1.   Table  1     Descriptive  Data  on  Teaching  Experience     N   Valid   Missing   Number  of  Online   Courses  Taught  for   University.   97   Mean   2   18.03   1   8.73   3   21.86   Median   15.00   8.00   15.00   15   5   10   9.886   4.725   18.729   Minimum   3   1   1   Maximum   50   20   99   Mode   Std.  Deviation     Years  of  Higher  ED   Online  Higher  ED   Teaching  Experience   Teaching  Experience   98   99     33     A  Pearson  correlation  analysis  indicated  that  the  age  of  respondents  was   significantly  related  to  their  level  of  experience.    The  data  indicated  that  instructor   age  was  significantly  related  to  years  of  higher  education  teaching  experience  with  a   correlation  of  r=.55,  p<.001  and  to  years  of  online  teaching  experience  r=.38,  p<.001.     The  correlation  analysis  also  indicated  that  age  was  also  has  a  significant  positive   relationship  with  the  number  of  online  courses  taught  r=.23,  p=.005.  The  scatter  plot   (Figure  2)  charting  age  versus  courses  taught  and  online  teaching  experience   further  supports  these  correlations.     Figure  2.  Instructor  age  vs.  number  of  courses  taught.             34     Course  Subjects  Taught     A  frequency  analysis  of  the  course  codes  taught  indicated  that  human   resource  management  consisted  of  12.2%  (n=12),  educational  technology  consisted   of  10.2%  (n=10),  management  consisted  of  9.2%  (n=9),  procurement,  human   resources  development  and  business  each  consisted  of  7.1%  (n=7),  and  media   communications  consisted  of  6.1%  (n=6)  as  the  most  frequent  course  subjects.    The   course  codes  (figure  3)  represent  a  total  of  28  different  course  subjects  represented   by  the  sample.     Figure  3.  Frequency  Analysis  of  Course  Type  by  Subject  Area.           35     Categorizing  the  course  codes  by  subject  into  their  respective  College  or  School  from   the  university  (Figure  4),  the  distribution  of  online  course  codes  indicated  that  the   School  of  Business  consisted  of  56.1%  (n=55)  of  online  courses,  the  School  of   Education  consisted  of  14.3%  (n=14),  the  School  of  Communications  consisted  of   13.3%  (n=13),  and  the  College  of  Arts  &  Sciences  consisted  of  16.3%  (n=16)  of   online  courses.     Percent  of  Courses  Grouped  into  Four  Academic  Units   School  of   Education   14%   College  of  Arts   and  Sciences   16%   School  of   Communications   13%   School  of   Business  &   Technology   57%   Figure  4.  Percent  of  courses  grouped  into  four  academic  units.     Distance  of  Instructors  from  Main  Campus   The  mean  distance  from  the  main  campus  was  reported  as  771  miles  (SD  =   1402)  with  a  minimum  distance  of  0.25  miles  and  a  maximum  distance  of  8,000   miles.    Instructors  were  also  asked  about  any  concurrent  face-­‐to-­‐face  teaching       36     opportunities  at  local  university  campuses  during  the  2013-­‐2014  academic  year  in   which  they  were  teaching  online.    A  frequency  analysis  (Figure  5)  was  conducted  on   the  types  of  campuses  located  around  the  world.    The  frequency  analysis  indicated   that  30.1%  (n=28)  taught  face-­‐to-­‐face  courses  at  the  main  campus  during  the  same   time  they  taught  online,  22.6%  (n=21)  taught  at  a  metropolitan  campus,  23.7%   (n=22)  taught  at  a  military  campus  3.2%  (n=3)  taught  at  a  European  international   campus,  and  2.2%  (n=2)  taught  at  an  Asian  international  campus.    It  was  also   indicated  that  29%  (n=27)  did  not  teach  any  face-­‐to-­‐face  courses  during  the  time   they  were  teaching  online.           Figure  5.  Campus  location  of  instructor  teaching  concurrent  face-­‐to-­‐face  courses   while  teaching  online.         37       A  frequency  analysis  of  instructor  visits  to  the  main  campus  located  in  the  Midwest   region  of  the  United  States  indicated  that  33%  (n=32)  have  never  been  to  the  main   university  campus,  32%  (n=31)  visit  about  once  per  year,  and  a  combined  35.1%   (n=34)  visit  the  campus  more  than  once  per  month.   Types  of  Video  Used  in  Online  Course     For  this  study  the  various  forms  of  online  video  were  categorized  into  four   discrete  categories:  instructor-­‐created,  third  party,  student-­‐created,  and   synchronous  video.  Throughout  the  survey  participants  were  asked  to  identify  the   types  of  videos  that  they  used  in  their  focal  online  course  for  the  survey.    The  survey   questions  were  designed  to  allow  for  instructors  to  report  combinations  of  videos   with  the  general  understanding  that  any  course  in  the  study  could  potentially  have   any  combination  of  one,  all,  or  none  of  the  video  type  categories  represented  in  their   course.       A  frequency  analysis  was  conducted  to  determine  the  number  of  each  type  of   video  used  in  the  participants’  online  course  at  least  once  (Figure  6).    The  frequency   analysis  indicated  that  75%  (n=75)  used  third  party  video,  41%  (n=41)  used   instructor-­‐created  video,  13%  (n=13)  used  student-­‐created  video,  and  8%  (n=8)   used  synchronous  video  in  their  online  course.                       38       Percent  of  Instructors  Reporting  Any  Use  of  Four     Types  of  Videos  in  the  IdentiPied  Course  (1=Yes,  0=No)   80%   75%   70%   60%   50%   41%   40%   30%   20%   13%   8%   10%   0%   Third  Party   Instructor-­‐created   Student-­‐created   Synchronous   Figure  6.  Types  of  videos  used  at  least  once  in  online  course.    Percent  of  instructors   reporting  any  use  of  four  types  of  videos  in  identified  online  course.     Video  Requirement     Respondents  were  asked  to  identify  the  requirement  level  of  the  different   forms  of  video,  identifying  required,  optional,  or  unspecified.    Using  a  frequency   analysis  for  each  classification  of  video  (instructor-­‐created,  third  party,  student-­‐ created,  and  synchronous)  the  data  indicated  that  viewing  both  instructor-­‐created   and  third  party  created  videos  were  required  to  view  as  part  of  their  course.    The   data  collected  indicated  that  50.8%  (n=33)  required  the  viewing  of  instructor-­‐ created  video  and  23.1%  (n=15)  reported  that  viewing  instructor-­‐created  video  was   an  optional.    Compared  to  the  third  party  videos,  62.7%  (n=52)  respondents       39     indicated  that  it  was  required  and  30.1%  (n=25)  indicated  it  was  optional.      The   responses  indicated  that  the  requirement  to  watch  synchronous  (77.8%)  and   student-­‐created  (66.7%)  video  was  not  specified  in  the  course.    A  correlation   analysis  across  frequency  of  video  use  and  requirement  to  watch  video  indicated  a   significant  positive  relationship.    Instructor-­‐created  video  had  a  correlation  of  r=.65,   p<.001,  and  was  followed  by  third  party  video  r=.48,  p<.001,  student-­‐created  video   r=.83,  p<.001,  and  synchronous  video  r=.68,  p<.001  indicating  a  positively   significant  relationship.     Approximate  Mean  Length  of  Videos  Used     Using  a  frequency  analysis  of  mean  range  of  length  (in  minutes)  the  table   below  indicates  the  various  lengths  of  videos  based  on  the  four  video  types   (instructor-­‐created,  third  party,  student-­‐created,  and  synchronous).    As  shown  in   Table  2  instructor-­‐created  videos  tended  to  be  shorter  in  length  than  third  party   video.         Table  2     Approximate  Mean  Length  of  Instructor-­‐created,  Third  Party,  Student-­‐created,   and  Synchronous  Video   (time  =  t  in  minutes)   t.<3   3-­‐5     5-­‐10   10-­‐15   15+   30+   60+   N   Instructor-­‐created     Third  party     Synchronous       Student-­‐created     11.3 %   6%   25%   13.8%   5%   2.5%   5%   -­‐   50   19.3%   25.3%   14.5%   12%   12%   4.8%   78   1.3%   1.3%   2.7%   -­‐   2.7%   5.3%   1.3%   11   6.5%   3.9%   7.8%   5.2%   -­‐   -­‐   -­‐   18           40     A  repeated  measures  analysis  was  performed  on  the  mean  length  of  videos  and  the   course  subject  grouped  by  academic  unit.    The  analysis  indicated  there  were  no   statistically  significant  findings.     Course  Subject  and  Video  Type     A  repeated  measures  ANOVA  analysis  with  a  Greenhouse-­‐Geisser  correction   determined  that  mean  video  type  use  of  colleges  or  schools  differed  statistically   significantly  between  the  type  of  videos  used  F(2.63,247.39)=56.18,  p<.001.  Post   hoc  tests  using  the  Bonferroni  correction  revealed  that  the  differences  between  the   individual  video  types  was  significant  for  all  comparisons  at  the  p<.001  level  with   the  exception  of  the  differences  between  student-­‐created  video  and  synchronous   video  (p=.254).    The  mean  use  of  video  type  by  course  subject  (grouped  by   college/school)  (Table  3)  is  listed  in  full  in  the  table  below.       Table  3     Type  of  Video  Used  by  College:  Repeated  Measures  ANOVA       Means   Instructor-­‐ Third   Student-­‐ created   College  of  Arts  &  Sciences  *   .44       School  of  Business  &  Technology  *   .27     School  of  Communications  *   .69     School  of  Education  *   .64     Total   .41   *Significant  at  p<.001    (1=  used  0=  not  used)   Party   .75     created   .13   Synchronous   .06   N   16   .71   .05   .09   55   .92   .08   .00   13   .71   .43   .14   14   .74   .12   .08   98     Figure  7  below  further  illustrates  the  relationship  between  the  mean  types  of  video   used  by  department.    Through  this  illustration  it  is  clear  how  little  student-­‐created       41     and  synchronous  video  are  used  compared  to  instructor-­‐created  and  third  party   videos.   Percent  of  Faculty  Reporting  Use  of  Four  Types  of  Video  by   Type  of  Video  and  Academic  Unit   100%   College  of  Arts  &  Sciences   School  of  Business  &  Technology   School  of  Communications   School  of  Education   92%   90%   80%   75%   71%   71%   69%   64%   70%   60%   50%   44%   43%   40%   27%   30%   20%   13%   5%   10%   8%   0%   Third  Party   Instructor-­‐created   Student-­‐created   6%   14%   9%   0%   Synchronous     Figure  7.  Percent  of  faculty  reporting  use  of  four  types  of  video  by  type  of  video  and   academic  unit.           Age,  Experience,  and  Type  of  Video  Used     A  Pearson  correlation  analysis  comparing  age  of  respondents  and  teaching   experience  indicated  a  statistically  significant  relationship  between  the  types  of   video  used.  The  relationships  of  age  and  years  of  teaching  experience  to  the  four   types  of  video  varied.    For  example,  age  was  negatively  related  to  use  of  instructor-­‐ created  video.    The  data  indicated  a  significant  relationship  of  r=-­‐.31,  p=.002   between  age  and  use  of  instructor-­‐created  video  and  between  age  and  use  of       42     student-­‐created  video  r=-­‐.47,  p<.001.  These  results  indicated  that  younger   instructors  were  more  likely  to  use  instructor-­‐created  and  student-­‐created  video  in   their  online  course.    The  Pearson  correlation  also  indicated  that  there  was  a   significant  negative  relationship  r=-­‐.26,  p=.009  between  years  of  higher  education   teaching  experience  and  the  use  of  student-­‐created  videos.    Years  of  online  higher   education  teaching  experience  was  indicated  to  have  a  significant  positive   relationship  to  the  use  of  third  party  videos  r=.24,  p=.015  and  the  use  of   synchronous  video  r=.21,  p=.04  indicating  instructors  with  more  years  of  online   teaching  experience  are  more  likely  to  use  third  part  and  synchronous  videos.     These  results  were  further  supported  by  a  linear  regression  analysis.    These   variables  statistically  significantly  predicted  age  seen  in  Table  4.    Instructor-­‐created   and  student-­‐created  video  variables  were  statistically  significant  to  the  prediction  of   p<.05.    Linear  regression  analysis  also  supported  the  correlations  finding  between   years  of  online  higher  education  teaching  experience  and  the  use  of  third  party  and   synchronous  videos  seen  in  Table  5.    The  third  party  and  synchronous  video   variables  added  statistically  significantly  to  the  prediction  of  p<.05.       Table  4     Linear  Regression  ANOVA  Age  vs  Video  Type     Dependent  Variable     Mean  Square   F   Instructor-­‐created  video  *   2.15     Third  party  video   0.002     Student-­‐created  video  **   1.98     Synchronous  video     0.074     *  Significant  at  p<.05      **  Significant  at  p<.001     43   9.83   Significance   .002  *   .008   .927   26.6   .000  **   0.97   .331       Table  5     Linear  Regression  ANOVA  Online  Experience  vs  Video  Type     Dependent  Variable     Mean  Square   F   Significance   Instructor-­‐created  video     0.036     Third  party  video   1.11     Student-­‐created  video  **   0.041     Synchronous  video  *   0.313     *  Significant  at  p<.05      **  Significant  at  p<.001 0.14   .705   6.1   .015  *   0.352   .554   4.32   .04  *       Frequency  of  Video  Use     In  addition  to  collecting  data  on  the  types  of  video  that  were  used  at  least   once,  the  frequency  of  video  type  was  related  to  the  research  questions  RQ1  and   RQ2  to  help  provide  a  clear  understanding  of  how  videos  are  used  in  an  online   course.  A  frequency  analysis  of  video  type  offered  indicated  that  25.4%  (n=18)  used   instructor-­‐created  video  once  or  more  during  their  course,  22.5%  (n=16)  frequently   used  instructor-­‐created  video,  and  18.3%  (n=13)  used  it  several  times.    Looking  at   the  frequency  of  third-­‐party  videos  there  is  a  clear  difference  between  the  balances   of  use.    Again  using  a  frequency  analysis  indicated  that  53.7%  (n=47)  frequently   used  third-­‐party  video,  20.7%  (n=17)  used  it  once  or  twice,  and  15.9%  (n=13)  used   it  several  times.    Student-­‐created  video  frequency  was  reported  as  14.1%  (n=9)   used  them  once  or  twice,  7.8%  (n=5)  used  them  frequently,  and  6.3%  (n=4)  used   them  several  times.    A  correlation  analysis  indicated  that  there  were  no  significant   relationship  at  the  .05  level  between  instructor  age  or  experience  in  online  or  higher   education  and  the  frequency  of  use  for  any  type  of  video.         44     Overall  Frequency  of  Video  Use     In  addition  to  collecting  data  on  the  specific  uses  and  frequency  of  the   various  four  categories  of  video,  survey  participants  were  asked  to  rate  how  often   they  used  any  video  (including  all  of  the  categories  covered)  in  their  online  course.     A  frequency  analysis  (Figure  8)  of  the  use  of  any  form  of  video  indicated  that  a   combined  82.7%  (n=81)  used  video  at  least  once  every  two  to  four  weeks  or  more.     A  correlation  analysis  (Table  6)  revealed  a  strong  positive  correlation  of  r=.46,   p<.001  between  the  frequency  of  instructor-­‐created  video  and  student-­‐created   videos,  and  a  correlation  of  r=.46,  p<.001  between  the  frequency  of  student-­‐created   video  and  synchronous  video.             Table  6     Correlation  of  Frequency  of  Video  Type  Use       FRQ:  Instructor-­‐ created   1   FRQ:  Instructor-­‐created     FRQ:  Third  Party   .028  (.82)     FRQ:  Student-­‐created   .461(.000)*     FRQ:  Synchronous   .062(.63)     *Significant  at  p<.001  level.  (  r  value  (p))   FRQ:  Third   Party   .0328(.82)   FRQ:  Student-­‐ created   .461(.000)*   FRQ:   Synchronous   .062(.63)   1   .144(.26)   .191(.13)   .144(.26)   1   .457(.000)*   .191(.13)   .457(.000)*   1           45       Frequency  of  Video  Use  in  Online  Course     35%   31%   30%   25%   20%   19%   18%   17%   14%   15%   10%   5%   0%   Every  week   Almost  every   week   About  every   other  week   About  every  two   to  four  weeks   Rarely   Figure  8.  Frequency  of  any  form  of  video  use  in  online  course.       Frequency  of  Video  Inclusion  Method     There  are  various  methods  available  for  instructors  to  include  videos  in  their   online  course  and  this  survey  was  designed  to  capture  whether  instructors  were   simply  using  HTML  links  to  the  video  content  outside  of  their  course  environment,   embedding  the  video  player  into  the  online  course,  or  uploading  video  files  directly   into  the  course  management  system  (CMS).    Looking  first  at  the  respondents  that   used  a  hyperlink  to  link  to  a  video  on  another  site  (e.g.  YouTube,  Lynda.com,  Vimeo,   etc.)  50%  (n=37)  reported  that  they  occasionally  link  to  videos,  and  35.1%  (n=26)   report  linking  to  videos  frequently.    Instructors  who  embedded  videos  reported  that   42.3%  (n=30)  do  so  occasionally,  and  38%  (n=27)  embed  videos  in  their  online       46     course  frequently.    Finally,  looking  at  those  that  upload  video  files  directly  into  the   CMS  report  that  38.9%  (n=28)  upload  videos  occasionally,  and  37.5%  (n=27)  do  so   frequently.       Pedagogical  Use  of  Video     To  understand  how  videos  of  various  types  (instructor-­‐created,  third-­‐party,   student-­‐created,  or  synchronous)  are  used  within  the  course  the  survey  collected   data  from  participants  on  the  identified  primary  purpose  of  instructor-­‐created  and   third-­‐party  video.    Data  were  also  collected  on  the  use  of  video  as  a  component  of   course  content  or  as  a  communication  tool.    By  collecting  this  information  we  gain  a   better  understanding  the  use  of  video  as  it  related  to  the  pedagogical  function  of  the   online  course.     Instructor-­‐created  Video     A  frequency  analysis  of  the  primary  purpose  of  instructor-­‐created  video   indicated  that  instructors  reported  46.2%  (n=18)  were  used  as  mini  lectures  or   demonstrations,  30.8%  (n=12)  were  used  as  course  related  instructions,  10.3%   (n=4)  were  used  as  full  length  lectures  or  demonstrations,  2.6%  (n=1)  were  used  as   communication  updates,  and  10.3%  (n=4)  used  instructor-­‐created  video  as  course   or  module  introductions  by  writing  in  the  “other”  response  category.           Third-­‐party  Video     The  results  indicated  that  instructors  reported  the  primary  use  of  third  party   video  was  supplemental  and  primary  course  content.    A  frequency  analysis   indicated  that  56.8%  (n=42)  used  video  as  supplemental  content  while  40.5%       47     (n=30)  used  it  as  primary  course  content,  and  1.4%  (n=1)  used  video  as   inspirational  content  in  their  online  course     Combined  Measure  of  Video  Use     To  gain  a  composite  measure  of  the  use  and  frequency  of  videos  in  an  online   course  a  new  variable  was  computed  to  describe  the  combined  course  content  and   communication  tool  by  taking  the  sum  the  individual  scores  and  the  mean  of  the   resulting  value  seen  in  Figure  9.  The  descriptive  results  indicate  that  the  School  of   Communications  M=2.11  and  the  School  of  Education  M=  1.98  had  the  highest  mean   composite  measure  of  video-­‐frequency  use  with  the  College  of  Arts  and  Sciences   M=1.66  and  School  of  Business  &  Technology  M=1.59  following.    A  regression   analysis  on  the  composite  measure  indicated  that  online  teaching  experience  is   statistically  significant  in  the  prediction  of  the  combined  video  use  F(1,50)=11.38,   p=.001,  R2=.185.             48     Mean  Combined  Video  Content  and  Communication  Tool   Use   By  Major  Academic  Unit     2.5   2.11   1.98   2   1.66   1.59   1.5   1   0.5   0   School  of  Communications     School  of  Education   College  of  Arts  &  Sciences   School  of  Business  &   Technology   Figure 9. Combined mean of video content and communication use by major academic unit.   Pedagogical  Value  of  Online  Video     In  addition  to  collecting  data  on  the  types  and  frequency  of  video  being  used   in  online  courses  the  survey  also  collected  the  data  on  the  perceptions  of  how  videos   impact  the  overall  course  experience.    The  participants  were  asked  to  rate  how   strongly  they  agreed  with  several  statements  on  the  impact  of  instructor-­‐created   and  third-­‐party  video  on  various  aspects  of  the  course  through  a  5-­‐point  Likert  scale   with  responses  coded  as  (1=strongly  disagree,  5=strongly  agree).    The  data  collected   in  this  section  of  the  survey  provided  data  to  answer  research  questions  RQ2  and   RQ3  on  the  perceived  pedagogical  use  and  effect  on  student  engagement  in  the   course.           49     Perceptions  of  Instructor-­‐created  Video     Key  findings  on  the  faculty  perceptions  of  instructor-­‐created  video  in  online   courses  can  be  seen  in  Table  7.    The  results  indicated  the  average  agreement  of   instructor  perceptions  that  instructor-­‐created  video  increased  the  overall  quality  of   the  course,  increased  student  learning,  and  increased  the  social  presence  in  the   course  as  well  as  student  engagement.     Table  7     Faculty  Perceptions  of  Use  of  Instructor-­‐created  Video  in  Online  Course     N   Min   Max   Mean   Std.  Deviation   Increased  overall  quality  of  course  **   93   2   5   3.84     Increased  student  learning  **   92   1   5   3.73     Increased  social  presence   92   1   5   3.7     Reduced  redundancy  *   92   1   5   3.36     Reduced  split-­‐attention     92   1   5   3.27     Increased  understanding  of  complex   92   1   5   3.71   concepts  **     Increased  student  engagement    **   92   1   5   3.67     Mean  based  on  5-­‐point  Likert  Scale  (1=strongly  disagree,  5=strongly  agree)   *Significant  at  p<.05  level  **Significant  at  p<.001  level     0.89   0.93   0.87   0.87   0.88   1.0   0.90     Perceptions  of  Third-­‐party  Created  Video     Key  findings  from  instructor  perceptions  of  third-­‐party  videos  can  be  seen  in   Table  8.    Similar  to  faculty  perceptions  of  instructor-­‐created  video,  the  results   indicated  the  average  agreement  of  faculty  perceptions  that  third  party  video   increased  the  overall  quality  of  the  course,  increased  student  learning,  and   increased  student  engagement  in  the  online  course.         50     Table  8     Faculty  Perceptions  of  Use  of  Third  Party  Video  in  Online  Course     N   Min   Max   Mean   Std.  Deviation   Increased  overall  quality  of  course  **   97   2   5   4.24     Increased  student  learning  **   97   2   5   4.27     Increased  social  presence   95   1   5   3.55     Reduced  redundancy  *   96   1   5   3.61       Reduced  split-­‐attention   93   1   5   3.45     Increased  understanding  of  complex   97   2   5   4.07   concepts  **     Increased  student  engagement  **   96   2   5   4.04     Mean  based  on  5-­‐point  Likert  Scale  (1=strongly  disagree,  5=strongly  agree)   *Significant  at  p<.05  level  **Significant  at  p<.001  level   0.81   0.78   1.1   1.02   1.04   0.92   0.88     Comparing  Instructor-­‐created  and  Third  party  Video  Perceptions     Using  a  one-­‐sample  t-­‐test  analysis  the  means  of  instructor-­‐created  ratings   from  Table  7  were  compared  to  the  means  of  third-­‐party  video  ratings  in  Table  8  to   test  for  any  significant  differences  using  a  95%  CI.    The  results  of  the  comparison   indicate  that  there  is  a  statistically  significant  difference  between  the  means  at  the   p<.05  level  of  increasing  overall  quality  of  the  course,  increasing  student  learning,   reducing  redundancy,  increasing  understanding  of  complex  topics,  and  increasing   student  engagement.    The  increase  of  social  presence  t(94)  =  -­‐1.35,  p=.18  and   reduction  in  split  attention  t(92)  =  1.68,  p=.095  were  not  statistically  significant.     The  results  of  this  one-­‐sample  t-­‐test  indicated  that  with  the  exception  of  the   increase  in  social  presence,  and  reduction  in  split  attention  categories,  the   difference  in  faculty  perceptions  of  third-­‐party  video  compared  to  instructor-­‐ created  video  is  statistically  significant.      Comparing  the  average  level  of  agreement       51     for  each  statement  indicated  that  with  the  exception  of  the  non-­‐significant  findings,   instructor  perceived  third-­‐party  videos  to  increase  overall  course  quality,  student   learning,  understanding  of  complex  topics,  student  engagement  and  reduce   redundancy  and  split  attention  more  than  instructor-­‐created  videos.      The   comparison  of  instructor  perceptions  of  pedagogical  value  between  instructor-­‐ created  and  third  party  video  is  illustrated  in  Figure  10  below.       Instructor  Reported  Pedagogical  Value  of  Video     (1=strongly  disagree,  5=  strongly  agree)  *p<.05   Instructor-­‐created   Third  Party   5   4.5   4   3.5   3   2.5   2   1.5   1   0.5   0   Increased  student   Increased  the   Increased   learning  *   overall  quality  *   understanding  of   complex  topics  *   Reduced   redundancy  *   Increased  social   presence   Reduced  split   attention   Figure  10.  Instructor  reported  mean  pedagogical  value  of  video  across  six  categories.         Figure  11  shows  the  differences  in  instructors’  perceptions  of  increasing  student   engagement  between  instructor-­‐created  and  third  party  video  by  major  academic   unit.    Both  video  types  were  reported  to  have  a  positive  increase  on  student   engagement.    A  one-­‐sample  t-­‐test  t(96)=4.13,  p<.001  indicated  that  while  both  video       52     types  were  felt  to  increase  student  engagement,  third  party  video  was  rated   significantly  higher  in  agreement.     Instructor  Reported  Impact  of  Video  to  Increased  student   Engagement  in  the  Course  by  Major  Academic  Unit    (1=strongly  disagree,  5=strongly  agree)   College  of  Arts  &  Sciences   School  of  Business  &  Technology   School  of  Communications   School  of  Education   5   4.58   4.5   4.08   4   3.5   3.71   3.96   3.79   4   3.64   3.21   3   2.5   2   1.5   1   0.5   0   Instructor-­‐created   Third  Party       Figure  11.  Instructor  reported  impact  of  video  to  increase  student  engagement  in   the  course  by  major  academic  unit.         Perceptions  of  Synchronous  Video     As  online  video  technology  becomes  increasingly  accessible  for  online   instructors  and  students  provides  more  opportunities  for  live  video   communications.    The  research  survey  asked  participants  to  rate  how  they  felt   about  the  use  of  synchronous  (live)  video  in  their  online  courses.    Specifically  three   areas  of  synchronous  video  use  were  identified,  and  the  average  level  of  indicated   faculty  agreement  can  be  seen  below  in  Table  9.       53       Table  9     Faculty  Perceptions  of  Usefulness  of  Synchronous  (live)  Video     N   Min   Max   Mean   Std.  Deviation   Useful  for  virtual  office  hours   91   1   5   3.42     Useful  for  delivering  course   91   1   5   3.26   content       Useful  for  group  projects   90   1   5   3.32     Mean  based  on  5-­‐point  Likert  Scale  (1=strongly  disagree,  5=strongly  agree)   0.97   1.0   0.83     Synchronous  video  use  was  the  lowest  overall  used  video  format  in  online  courses   from  this  study  with  only  8%  (Figure  6)  of  faculty  indicating  they  used  it.    The   results  of  the  perceptions  of  synchronous  video  were  broken  down  based  on  major   academic  unit  to  gain  a  more  salient  picture  of  how  live  video  use  was  valued  by   different  colleges  represented  in  the  study.    The  perceived  pedagogical  value  of   synchronous  video  use  by  major  academic  unit  is  illustrated  in  Figure  12.    A   Cronbach’s  alpha  of  .84  indicated  that  these  items  are  grouped  together  tightly  and   provide  evidence  to  support  that  if  a  college  feels  positively  on  one  item,  they  will   feel  positively  on  other  uses  as  well.       54     Instructor  Reported  Pedagogical  Value  of  Synchronous   Video  by  Major  Academic  Unit    (1=strongly  disagree,  5=strongly  agree)   5   College  Arts  &  Sciences   School  of  Business  &  Technology   School  of  Communications   School  of  Education   4.5   4   3.5   3.77   3.43   3.38   3.2   3.46   3.14   3.44   3.1   3   3.14   3.2   3.31   2.85   2.5   2   1.5   1   0.5   0   Useful  for  virtual  ofvice  hours   Useful  for  delivering  course   content   Useful  for  group  projects   Figure  12.  Instructor  reported  mean  pedagogical  value  of  synchronous  video  by   major  academic  unit.           Future  Use  of  Video     Capturing  the  use  of  videos  in  the  online  course  over  the  2013-­‐2014   academic  year  provided  a  cross-­‐sectional  view  during  that  one  timeframe  only.     Additional  information  was  collected  on  forward  projections  of  continued  use  of   video  to  help  understand  the  intended  future  use  of  video  in  online  courses.     Respondents  were  asked  about  their  intentions  to  use  video  in  the  next  one  to  two   years.    A  frequency  analysis  (Figure  13)  indicated  that  67.5%  (n=64)  project  they   will  add  more  videos  to  their  course  in  the  next  one  to  two  years,  and  30.5%  (n=29)   would  require  student-­‐created  videos  to  be  included  in  the  online  course.             55       Percentage  of  Instructors  Projecting  Their  Future  Use  of   Video  in  the  Next  One  to  Two  Years   Undecided   6%   No  video   6%   No  change   21%   Require  student  video   30%   Add  more  video   0%   67%   10%   20%   30%   40%   50%   60%   70%   80%   Figure  13.  Instructor  projections  of  future  video  use  in  the  next  one  to  two  years.   Self-­‐Efficacy  of  Online  Instructors     This  study  was  aimed  to  gain  an  understanding  of  faculty  uses  and   perceptions  of  video  in  their  online  course.    To  answer  the  research  questions  put   forth  by  this  study,  the  survey  was  designed  to  capture  the  instructors’  self  reported   level  of  proficiency  on  several  areas:  technology  knowledge,  pedagogical  knowledge,   and  content  knowledge  as  they  relate  to  the  TPACK  framework.  In  each  section  the   participants  rated  their  level  of  agreement  to  the  statements  on  a  5-­‐point  Likert   scale.    The  coding  of  the  Likert-­‐scale  agreement  ranked  (strongly  disagree  =  1,   strongly  agree=5).       56     Technology  Content  Knowledge  (TK)     The  technology  knowledge  section  indicated  that  overall  the  participants   agreed  with  the  statements  of  having  proficient  technology  knowledge  as  seen  in   Table  10.    The  two  statements  most  strongly  agreed  with  were  learning  about  new   technology  on  their  own,  and  experimenting  with  new  technology.    The  lowest   reported  area  of  technology  self-­‐efficacy  was  the  statement  of  being  an  advanced   user  of  online  technologies.       Table  10     Faculty  Self-­‐Efficacy  of  Technology  Knowledge  (TK)     N   Min   Max   I  solve  my  own  technical  issues     I  learn  about  new  technology  on   my  own     I  stay  up-­‐to-­‐date  on  latest   technology     I  experiment  with  new  technology     I  am  an  advanced  user  of  online   tools     Mean   Std.  Deviation   96   1   5   3.66   1.23   96   2   5   4.05   0.88   96   2   5   3.77   1.12   95   2   5   4.0   0.96   96   1   5   3.47   1.27       Age  was  significantly  correlated  with  instructors'  self-­‐efficacy  with  online   technology,  with  younger  instructors  reporting  greater  levels  of  self-­‐efficacy.  The   strongest  correlation  was  between  age  and  the  statement  “I  solve  my  own  technical   issues”.    The  only  relationship  between  technology  self-­‐efficacy  and  age  that  did  not   have  a  significant  relationship  was  the  statement  on  experimenting  with  new   technologies.  All  of  the  correlations  can  be  seen  in  Table  11  below.         57       Table  11     Correlation  of  Faculty  Self-­‐Efficacy  of  Technology  Knowledge  (TK)  and  Age     Correlation  (r)     Significance  (p)   I  solve  my  own  technical  issues   -­‐.34  **     I  learn  about  new  technology  on   -­‐.25  *   my  own     I  stay  up-­‐to-­‐date  on  latest   -­‐.30  **   technology     I  experiment  with  new  technology   -­‐.18     I  am  an  advanced  user  of  online   -­‐.29  **   tools     *  Pearson  correlations  with  significance  of  p<.05   **  Pearson  correlation  with  significance  of  p<.01   .001  **   .014  *   .003  **   .087   .005  **       Technology  and  Pedagogical  Knowledge  (TPK)     This  section  of  the  survey  instrument  collected  data  on  the  self-­‐efficacy  of   technology  use  towards  course  pedagogy.    Overall  instructors  agreed  that  they  used   technology  in  their  course  in  a  positive  or  effective  way  as  seen  in  Table  12.      The   highest  rated  statement  was  using  technology  to  enhance  students’  learning  in  the   course.  The  lowest  rated  statement  was  on  adapting  technologies  for  different   purposes  in  the  course.                 58     Table  12     Faculty  Self-­‐Efficacy  of  Technology  &  Pedagogical  Knowledge  (TPK)     N   Min   Max   Mean   Std.  Deviation   I  use  technologies  that  enhance   my  teaching  in  the  course     I  use  technologies  that  enhance   students’  learning  in  the  course     I  use  technologies  that  enhance   the  course  content     I  adapt  technologies  for  different   purposes  in  the  course     I  carefully  evaluate  the  technology   used  in  the  course     97   2   5   4.22   0.81   97   2   5   4.30   0.75   97   2   5   4.31   0.74   97   1   5   3.88   1.01   96   2   5   4.0   0.89       Pedagogical  Knowledge  (PK)     In  the  pedagogical  knowledge  section  of  the  portion  of  the  survey   respondents  were  asked  to  rate  their  level  of  agreement  on  their  level  of  proficiency   on  pedagogical  aspects  of  online  teaching  only,  leaving  out  the  use  of  technology   into  the  factor  of  the  response.  In  this  section  the  respondents  indicated  high  levels   of  agreements  for  each  pedagogical  statement.    The  full  results  are  listed  in  Table  13.     A  Pearson  correlation  analysis  r=.24,  p=.021  indicated  there  is  a  significant   relationship  between  years  of  online  teaching  experience  and  the  statement  “I  can   adapt  course  materials  &  delivery  for  various  learning  styles”.                   59     Table  13       Faculty  Self-­‐Efficacy  of  Pedagogical  Knowledge  (PK)     N   Min   Max   I  know  how  to  asses  student   performance     I  am  able  to  adapt  my  teaching   methods  to  better  match  student   understanding     I  can  adapt  course  materials  &   delivery  for  various  learning   styles*     I  am  familiar  with  common  student   understandings  or  misconceptions     I  organize  my  course  to  avoid   confusion  or  inconsistency       *Significant  at  p<.05  level       Mean   Std.  Deviation   96   3   5   4.53   0.54   96   2   5   4.37   0.73         96   2   5   4.20   0.78       96   2   5   4.37   0.64     96   3   5   4.52   0.56           Content  Knowledge  (CK)     This  section,  similar  to  the  pedagogical  section  does  not  take  technology  use   into  account  but  focuses  on  the  self-­‐efficacy  of  instructors  on  their  own  perceived   level  of  content  knowledge.    The  full  results  are  presented  below  in  Table  14,  and   similar  to  pedagogical  knowledge  the  respondents  indicated  that  they   overwhelmingly  agreed  with  the  statements  on  their  content  knowledge.  A   correlational  analysis  indicated  that  there  were  no  significant  relationships  between   content  knowledge  and  age  or  experience.               60     Table  14     Faculty  Self-­‐Efficacy  of  Content  Knowledge  (CK)     N   Min   I  have  sufficient  knowledge  in  the  course   content  area     I  have  various  methods  and  strategies  of   developing  understanding  of  course  content     I  evaluate  the  course  content  to  ensure  its  up-­‐ to-­‐date     Max   Mean   Std.  Deviation   96   3   5   4.76   0.45   96   2   5   4.65   0.56   96   2   5   4.56   0.65       To  provide  an  overview  of  the  total  levels  of  self-­‐efficacy  indicated  by  instructors   across  the  various  TPACK  categories  the  mean  scores  for  each  category  were   calculated  and  reported  in  Figure  14.    This  figure  illustrates  that  overall,  instructors   reported  the  lowest  levels  of  self-­‐efficacy  on  technology  knowledge,  and  the  highest   level  of  content  knowledge.         61     Instructor  Reporting  Agreement  with     Statements  of  Self-­‐EfPicacy  on  TPACK  Categories      (1=strongly  disagree,  5=strongly  agree)   5   4.5   4   4.4   4.14   4.66   3.79   3.5   3   2.5   2   1.5   1   0.5   0   Technology   Knowledge  (TK)   Pedagogical  &   Technological   Knowledge  (TPK)   Pedagogical   Content  Knowledge   Knowledge  (PK)   (CK)     Figure  14.  Instructor  reported  level  of  agreement  with  statements  of  self-­‐efficacy  of   TPACK  categories.       Video  Technology  Knowledge     Extending  the  investigation  of  self-­‐efficacy  of  technology  beyond  the  more   generalized  scale  used  in  Table  10,  data  was  also  collected  on  the  self-­‐efficacy   reported  by  instructors  on  several  specific  areas  of  using  video  technology  in  their   online  course.    This  section  of  the  survey  may  have  been  viewed  as  redundant,  but  it   provided  a  more  granular  indication  of  the  specific  skills  and  knowledge  needed  to   work  with  video  in  online  course  environments.    When  asked  to  rate  their  level  of   experience  on  a  5-­‐point  Likert  scale  (1=beginner,  5=expert)  the  respondents   indicated  that  when  sharing  video  hyperlinks  or  embedding  videos  they  reported   higher  levels  of  agreement  compared  to  editing  video  or  using  the  CMS  built-­‐in       62     video  tools,  or  creating  screencasts.  The  full  results  can  be  seen  in  Table  15  and   Figure  15.       Table  15     Faculty  Expertise  Level  of  Online  Video  Technology  (VT)     N   Min   Max   Mean   Creating  and  sharing  video  links     Embedding  a  video  in  course   content     Filming  and  uploading  my  own   video     Editing  my  own  video  content     Capturing  my  own  screencast     Using  Canvas  (CMS)  built-­‐in  video   recording     Std.  Deviation   96   1   5   3.56   1.34   96   1   5   3.43   1.35   95   1   5   2.88   1.42   96   1   5   2.64   1.41   96   1   5   2.75   1.42   95   1   5   2.62   1.37     Instructor  Reported  Level  of  Video  Technology     Expertise  Across  Six  Skill  Areas  (1=beginner,  5=expert)   5   4.5   4   3.5   3   3.56   3.43   2.88   2.64   2.75   2.62   2.5   2   1.5   1   0.5   0   Creating  and   Embedding   Filming  and   sharing  links   video   uploading   Editing   Capturing   Using  CMS   screencast   video  features   Figure  15.  Instructor  reported  level  of  video  technology  expertise  across  six  skill   areas.       63       A  Pearson  correlation  indicated  that  there  was  a  strong  significant  relationship   across  the  self-­‐efficacy  of  video  technology  knowledge  and  age  of  instructors.    The   correlations  of  video  technology  self-­‐efficacy  and  instructor  age  can  be  seen  in  Table   16.         Table  16     Correlation  of  Faculty  Expertise  Level  of  Online  Video  Technology  (VT)  and  Age     Correlation  (r)     Significance  (p)   Creating  and  sharing  video  links   -­‐.31**     Embedding  a  video  in  course   -­‐.32*  *   content     Filming  and  uploading  my  own   -­‐.34  **   video     Editing  my  own  video  content   -­‐.21*     Capturing  my  own  screencast   -­‐.24*     Using  Canvas  (CMS)  built-­‐in  video   -­‐.14   recording     *  Pearson  correlations  with  significance  of  p<.05   **  Pearson  correlation  with  significance  of  p<.01   .002  **   .002  **   .001  **   .040  *   .019  *   .172       Instructional  Support  and  Online  Course  Development     Throughout  the  research  survey,  participants  were  asked  about  different   instructional  support  resources  and  if  they  received  the  support  they  wanted  in   connection  with  the  facilitation  of  their  online  course.    In  addition  to  gathering   information  on  the  support  services  available  the  survey  also  collected  data  on   aspects  of  the  creation  of  instructor-­‐created  video  to  gain  an  understanding  of  the   factors  that  influenced  the  instructors  decision  to  create  and  share  video  with  the   online  course  or  not.    The  data  collected  can  provide  evidence  to  answer  research       64     question  number  four  (RQ4)  on  identifying  key  factors  influencing  the  decision  to   create  videos  including  barriers  perceived  by  instructors,  and  the  support  received   from  the  university.     Development  Time  and  Resources     There  is  often  an  assumption  in  online  higher  education  that  instructors  can   simply  “move”  a  traditional  course  to  an  online  platform  with  relative  ease.    To   understand  the  time  involved  in  preparing  and  teaching  an  online  course   participants  were  asked  to  rate  their  estimated  amount  of  time  invested  in  teaching   their  online  course  compared  to  teaching  a  traditional  face-­‐to-­‐face  course.    A   frequency  analysis  (Figure  16)  indicated  that  a  combined  71.1%  (n=69)  reported   that  faculty  feel  that  they  spend  slightly  more  to  significantly  more  time  on  online   courses  than  a  traditional  face-­‐to-­‐face  course,  and  17.5%  (n=17)  felt  it  took  the   same  amount  of  time.             65     Instructors  Reports  of  Time  Investment  of     Online  Versus  Face-­‐to-­‐face  Courses   70%   60%   58%   50%   40%   30%   20%   18%   13%   10%   5%   4%   2%   0%   Signivicantly   Slightly  more   About  the   Slightly  less   Signivicantly   I  don't  teach   more  time   time   same  amount   time   less  time   face-­‐to-­‐face   of  time   courses   Figure 16. Instructors reported perception of time investment comparison between online and face-to-face courses.     In  addition  to  investigating  the  amount  of  time  instructors  reported  investing   in  their  online  course  this  study  gathered  data  on  how  respondents  felt  about   receiving  adequate  support  on  various  aspects  of  course  development.    Using  a  5-­‐ point  Likert  scale,  faculty  respondents  indicated  their  perceived  level  of  agreement   in  receiving  university  support  in  six  categories  of  online  course  development  and   support  (Table  17).    Overall  the  respondents  indicated  that  they  agreed  they   received  adequate  support  from  the  university  in  course  development  and  support.     The  highest  rated  agreement  was  technical  support  on  the  course  management   system,  and  the  least  agreed  statement  was  on  assistance  of  video  production.             66     Table  17   Course  Development  Resources  and  University  Support       N   Min   Max   Mean   Std.  Deviation   Course  development  time   97   1   5   3.94   1.02   Instructional  design  resources     Technical  support  (CMS)  Canvas     Pedagogical  resources  for  online   teaching  &  learning     Professional  development     Video  production  assistance   97   1   5   4.05   0.97   97   1   5   4.06   0.97   97   1   5   3.77   1.12   97     97   1     1   5     5   3.60     3.21   1.17     1.18       When  asked  to  rank  the  five  categories  of  online  course  development  resources  and   university  support,  the  respondents  indicated  that  the  most  important  element  was   course  development  time  followed  by  instructional  design  support,  and  professional   development  in  online  teaching  and  learning  as  the  top  three  areas.    The  full  table  of   support  ranking  is  listed  in  Table  18.     Table  18     Course  Development  and  Support  Ranking     Rank     Area  of  Support   n   1   Course  development  time   90   2     3     Instructional  design  support   89   Professional  development  in  online   teaching  &  learning   90   4     Online  course  management  (CMS)   training   89   5   Video  production  training     89           67     Instructors  were  also  asked  about  the  frequency  in  which  they  sought   assistance  or  support  for  their  online  course  from  the  Online  Learning  Center  which   is  the  university  group  that  manages  and  hosts  the  course  management  system   Canvas.    A  frequency  analysis  (Figure  17)  of  the  amount  of  times  support  was  asked   for  indicated  that  25.3%  (n=24)  sought  support  once  per  teaching  period  and  14.7%   (n=14)  sought  support  more  than  once  during  the  teaching  period.    By  contrast  a   combined  60.1%  (n=57)  requested  support  less  than  once  during  a  given  teaching   period.   Figure  17.  Frequency  of  Online  Learning  Center  support  sought  by  online   instructors.       68     Instructors  were  asked  if  they  participate  in  the  Reflective  Teaching  Community,  an   online  group  of  faculty  that  is  hosted  by  the  university  Faculty  Development  Center.     The  data  collected  indicates  that  only  10.4%  (n=10)  participated  in  the  Reflective   Teaching  Community  and  that  45.8%  (n=44)  did  not,  and  43.8%  (n=42)  were   unaware  of  the  online  community.       Instructor-­‐created  Video  Production     One  of  the  research  questions  (RQ4)  for  this  study  was  aimed  to  identify  key   factors  that  influenced  an  instructors’  decision  to  create  videos  for  their  online   course.    This  research  question  contained  two  subsequent  questions  specifically   looking  at  identifying  barriers  that  instructors  encountered,  and  looked  at  how  the   institutional  support  influenced  their  decision  to  create  videos.    The  survey   instrument  was  designed  with  a  special  branched  section  visible  only  to   respondents  that  indicated  they  had  used  instructor-­‐created  video  in  their  online   course.    This  branched  section  collected  data  on  various  aspects  of  the  video   production  process  to  provide  insight  into  the  decisions  instructors  made  when   choosing  to  develop  their  own  videos.    Survey  respondents  indicated  that  41%   (n=41)  used  instructor-­‐created  videos  at  least  once  in  their  online  course.    This  sub-­‐ sample  of  respondents  was  asked  about  their  pre-­‐production,  and  post-­‐production   processes  of  video  creation.    As  reported  previously,  the  main  use  of  instructor-­‐ created  video  was  identified  as  mini-­‐lectures  or  demonstrations  with  a  mean  length   of  3  to  5  minutes.             69     Pre-­‐production  Process     A  frequency  analysis  of  the  planning  of  instructor-­‐created  video  indicated   that  61.5%  (n=24)  planned  and  created  videos  in  advance  of  the  start  of  course,   25.6%  (n=10)  planned  and  created  videos  both  in  advance  and  during  the  course.       When  planning  videos  for  use  in  online  courses  57.9%  (n=22)  instructors  reported   that  the  intended  audience  (e.g.  students)  was  the  central  point  of  consideration  for   the  video  production,  while  39.5%  (n=15)  indicated  audience  is  indeed  important,   the  subject  or  content  was  the  central  consideration  for  production.    In  terms  of   video  reusability  68.4%  (n=26)  indicated  their  videos  can  be  used  in  future  offerings   of  the  same  course,  18.4%  (n=7)  indicated  that  each  video  was  only  created  for  one   specific  course  term  or  semester.     Respondents  were  asked  to  report  on  the  specific  video  elements  that  were   included  in  their  video  production.    Figure  18  shows  the  breakdown  of  the  various   shot  types  by  frequency  of  use.  The  most  often  used  shot  type  indicated  was  the   “talking  head”  (n=26  )  of  the  instructor  speaking  directly  to  the  camera.           70     Figure  18.    Frequency  of  instructor-­‐created  video  elements  and  shot  types  present  in   video.     Respondents  indicated  that  a  combined  67.5%  (n=25)  sometimes  or  always  include   or  make  available  the  materials  used  in  their  videos  such  as  PowerPoint  slides,   audio  recordings,  images,  or  other  files  for  students,  while  32.4%  (n=12)  never   make  materials  used  in  their  video  productions  available  for  students.    During  the   video  production  process  faculty  indicated  that  the  majority  n=17  did  not  seek  any   support,  and  those  who  did  sought  help  from  online  tutorials  (n=12),  the  Online   Learning  Center  (n=11),  and  colleagues  (n=5).             71     Post-­‐production     Many  video  platforms  today  (YouTube,  Vimeo,  etc.)  have  accessibility   features  built  into  them  including  automated  transcripts,  closed  captioning  to   increase  the  use  of  videos  for  a  wider  audience  in  an  online  environment.    The   respondents  in  this  survey  indicated  that  the  majority  (n=19)  did  not  use  any   accessibility  features  (Figure  19)  when  creating  or  posting  their  videos.           Figure  19.  Accessibility  features  reported  used  in  instructor-­‐created  video.         Instructors  were  asked  to  describe  how  (or  if)  students  were  able  to  interact   with  the  videos  by  responding  to  them  in  some  form.    A  frequency  analysis  indicated   that  44.7%  (n=17)  of  instructors  reported  that  students  were  able  to  respond  to  the   videos  if  they  chose  to,  31.6%  (n=12)  required  students  to  respond,  and  23.7%       72     (n=9)  indicated  that  students  were  not  able  to  respond.    Looking  at  the  overall   production  value  of  the  instructor-­‐created  video  the  majority  of  respondents  (55%,   n=21)  rated  their  video  as  having  “moderate  production  value”  in  which  the  video   was  near  a  professional  level  while  only  15.8%  (n=6)  rated  their  video  as  high   production  value  having  professional  level  quality.     Open  Ended  Reflections     To  capture  the  voice  of  the  respondents,  this  study  included  four  open-­‐ended   reflection  questions  in  the  anonymous  survey.    The  open-­‐ended  questions  were   placed  at  the  end  of  several  sections  of  the  survey  (Appendix  A)  including  the   section  on  feelings  on  the  use  of  video,  self-­‐efficacy  of  teaching,  technology  and   video,  instructor-­‐created  video  section,  and  a  general  final  reflection  question  at  the   end  of  the  survey.    The  responses  to  the  reflection  questions  provided  further   insight  into  how  the  respondent  felt  in  their  own  words,  which  was  valuable  when   interpreting  the  results  of  this  study  in  Chapter  5.    Each  open-­‐ended  reflection   section  was  categorized  based  on  the  five  research  questions  presented  in  this   study.    The  full  set  of  reflection  responses  can  be  seen  in  Appendix  B.     The  first  reflection  question  (Q6.6  as  shown  in  Appendix  A)  asked;  looking   back  over  your  online  course  experience,  was  there  a  specific  use  of  video  that   stands  out  as  the  most  useful/beneficial?    This  optional  question  received  35   responses  from  participants.    The  full  set  of  responses  is  included  in  Appendix  B,   where  they  have  been  organized  by  question,  and  relevance  to  the  research   questions.    The  faculty  voices  captured  in  these  responses  convey  the  complexity       73     and  ambivalences  felt  as  they  seek  to  integrate  video  in  their  online  courses.    For   example  one  instructor  wrote,     Hans  Rosling’s  TED  talks  on  world  population  growth  trends  have  been  very   helpful  to  dispel  myths  and  stereotypes  in  my  courses  because  of  the   outstanding  use  of  visual  aids  to  explain  the  data  much  more  effectively  than   any  reading  I’ve  found.    In  particular,  Religion  and  Babies  and  also  Global   Population  Growth  Box  by  Box.  (RQ  1,  2,  3).   Another  instructor  identified  both  benefits  and  challenges  to  using  video  in  their   course  in  their  reflection  when  they  stated:     I  think  video  is  a  great  way  to  engage  online  and  in  classroom.  3rd  party   videos  can  often  present  information  in  an  interesting  way.  Students  also   share  a  lot  of  videos  in  the  discussions.      I  would  like  to  use  videos  more   often,  however,  I've  found  that  the  mouth  often  doesn't  keep  up  with  the   audio,  plus  the  video  is  very  low  resolution  in  the  announcements.  If  you   can't  really  see  the  person's  face,  then  it  doesn't  really  have  the  impact.  As  a   result,  I  often  use  audio  comments  in  assignment  feedback  instead  of  video.   (RQ3).   In  one  case  it  was  mentioned  that  video  is  a  central  part  of  the  online  course  as   described  by  one  faculty  instructor  who  wrote:     My  entire  course  is  structured  around  a  series  of  interviews  with  a  REAL   client  who  supplies  students  with  information  so  they  can  accomplish  his   goals  in  the  marketplace.    Students  do  parts  of  the  project  week  by  week.    I   feel  these  videos  help  create  a  real-­‐world  experience  for  students.    (RQ  2,  3).       74     The  full  set  of  responses  contains  additional  comments  on  the  uses  of  video  that   instructors  found  most  beneficial  or  useful  in  their  online  course.     The  second  open-­‐ended  reflection  question  (Q7.13,  Appendix  A)  asked;  is   there  anything  else  you  would  like  to  say  about  your  own  experience  working  with   video  in  your  online  course?    Twenty-­‐one  of  the  participants  responded  to  this   optional  question  about  their  experience  working  with  video.  Some  instructors   reported  their  perception  of  the  value  of  working  with  video,  as  one  instructor   wrote:     Video  is  very  important  to  engage  the  student.  It  is  also  one  of  the  reasons   that  I  am  particularly  interested  in  working  in  the  online  environment.  I  am   looking  for  ways  to  translate  my  30+  years  of  face-­‐to-­‐face  teaching  to  the   video  environment.  (RQ  3).     Another  participant  identified  development  time  and  deadlines  as  prohibitive   barriers  to  using  video  in  online  teaching:     I  think  it  was  great  to  create  and  use  original  videos  for  my  class,  but  it  is   very  time-­‐consuming.  There  are  so  many  wonderful  technologies  possible,   but  many  of  my  colleagues  say  that  they  DON'T  use  all  the  "bells  &  whistles"   because  the  deadlines  are  too  tight  to  develop  courses  with  this  kind  of   customization…(RQ  1,  2,  4).   Other  responses  indicated  the  desire  for  more  training  and  professional   development  as  stated  by  the  response:  “I  would  like  more  support/tools  in  how  to   develop  my  own  professional  videos  for  online  course  content”  (RQ  4).           75     The  third  reflection  question  (Q8.13,  Appendix  A)  asked;  is  there  anything   else  you  would  like  to  share  about  your  experience  creating  your  own  video?    Given   the  smaller  number  of  respondents  who  did  created  their  own  videos  there  were   only  five  responses.    One  faculty  respondent  wrote:     If  I  had  more  time,  I  would  incorporate  more  multimedia  into  my  screen   capture  videos  (talking  head,  relevant  images,  b-­‐roll)  but  time  has  been  an   issue.  I  hope  to  incorporate  some  of  these  changes  over  the  summer.    I  also   aspire  to  create  a  video  introduction  for  each  of  the  weekly  modules,  but  this   is  merely  an  aspiration.  I  have  the  technical  know-­‐how  to  do  it,  it's  again  a   matter  of  time  as  video  production  can  be  a  time  consuming  process.  (RQ  1,   4).   This  response  again  emphasizes  the  importance  of  development  time  and  desire  to   gain  more  professional  development  in  the  area  of  video  technology.       The  final  question  on  the  survey  (Q9.1,  Appendix  A)  asked;  is  there  anything   else  you  would  like  to  add  about  your  experiences  using  video  in  online  courses  or   any  suggestions  you  would  make  regarding  support  for  instructors  wanting  to  use   videos  in  their  online  course?    This  optional  question  received  32  responses.     Several  of  the  responses  to  this  question  were  focused  on  development  suggestions   for  video  use  as  indicated  by  one  respondent  who  wrote:     My  main  suggestion  is  that  videos  need  to  be  short-­‐-­‐if  you  have  a  lot  of   content  that  want  to  convey  via  video,  break  a  longer  video  down  into   smaller  parts.  I  think  that  student  attention  waivers  if  the  video  is  more  than   a  few  minutes  long.  (RQ  2,  3).         76     Other  respondents  identified  the  benefit  they  see  in  the  continued  use  of  video.  One   respondent  wrote:   Using  movies  or  YouTube  media  enhance  the  class,  especially  for  this  age   group.  They  are  very  comfortable  with  visuals  and  are  not  strong  readers  (in   general).  I  feel  we  must  include  videos  in  order  to  reach  our  students.  I  have   just  started  using  the  min-­‐lecture  videos  and  they  have  been  well  received.   When  I  have  more  time,  I  will  learn  more.  (RQ  2).   This  response  echoes  other  responses  indicating  the  perceived  value  and  need  for   further  development  and  time  investment  in  creating  videos.      While  many  of  the   responses  indicated  positive  uses,  one  respondent  pointed  out  their  doubts  about   the  return  on  their  investment  in  time  to  develop  videos  in  the  response:     I  used  video  a  few  times  several  years  ago.  I  found  that  although  it  was  very   useful,  it  essentially  became  more  trouble  than  its  value.  If  there  was  a   method/program/system  or  something  in  place  to  make  creation  of  simple   lecture  videos  an  easy  task,  I  would  use  it.    (RQ  1,  4).   The  complete  set  of  open-­‐ended  reflection  responses  are  in  Appendix  B.    Reading   through  these  responses  all  together  may  provide  a  window  on  the  many  voices  and   themes  in  discussion  among  instructors  teaching  online  courses.       77       CHAPTER  5   DISCUSSION     The  purpose  of  this  exploratory  study  was  to  investigate  faculty  use  and   perceptions  of  video  in  online  higher  education  courses.    This  chapter  provides  a   summary  of  the  study,  discussion  of  the  results  for  each  research  question,   limitations  for  the  study,  and  concludes  with  narratives  on  implications  for  theory,   research,  and  practice.     Summary  of  the  Study     The  purpose  of  this  study  was  to  use  an  exploratory  cross-­‐sectional  research   survey  to  determine  how  instructors  are  using  video  in  their  online  courses  and   their  perceptions  of  how  those  videos  enhance  the  course.    Specifically,  this  study   provided  a  breakdown  of  the  types  of  videos  used  into  four  categories:  instructor-­‐ created,  third  party,  student-­‐created,  and  synchronous  video.      The  overarching  goal   of  this  research  survey  was  to  collect  data  to  better  understand  how  and  why  video   is  being  used  and  if  there  are  any  commonly  identified  barriers.    To  explore  the   faculty  use  and  perceptions  of  video  five  research  questions  were  formulated  for   examination:   RQ1:  How  does  the  frequency  and  type  of  video  (instructor-­‐created,  third  party   created,  student-­‐created,  and  synchronous)  use  vary  across  different  online   courses?   RQ2:  How  do  instructors  perceive  the  pedagogical  value  of  different  types  of   video  (instructor-­‐created,  third  party  created)  in  their  online  course?       78     RQ3:  How  do  instructors  perceive  the  effect  of  online  video  on  student   engagement  in  their  course?   RQ4:  What  are  the  key  factors  influencing  an  instructors’  decision  to  create   videos  for  their  online  course?   a. What  barriers  to  video  use  do  instructors  report?   b. How  does  institutional  support  influence  instructors’  creation  of  online   video?   RQ5:  How  does  instructor  age,  experience  and  subject  domain  relate  to  video   use  in  their  online  course?   Discussion  of  Results     The  following  section  discusses  the  results  of  the  survey  and  data  analysis  in   terms  of  each  research  question.    Overall,  the  results  of  this  study  suggest  that  the   majority  of  instructors  believe  that  online  video  increased  the  overall  quality  and   student  engagement  in  their  online  courses  and  plan  to  increase  the  amount  of   video  used  in  their  courses.  Each  of  the  five  research  questions  are  explored  in  order   providing  in-­‐depth  discussion  on  how  the  results  of  the  survey  data  are  interpreted   to  answer  each  question  posed.     Research  Question  1:       How  does  the  frequency  and  type  of  video  (instructor-­‐created,  third  party   created,  student-­‐created,  and  synchronous)  use  vary  across  different  online   courses?     Descriptive  data  provided  the  most  general  answer  to  this  Research  Question   1  showing  considerable  variability  in  the  use  of  the  four  video  categories.    Third-­‐     79     party  video  was  the  most  common  type  of  online  video  used,  with  75%  of   instructors  using  third  party  video  at  least  once  in  their  course.    Instructor-­‐created   videos  were  used  by  41%  of  the  instructors,  followed  by  student-­‐created  video   (13%)  and  synchronous  video  (8%)  as  the  least  used  video  type.    The  results   indicated  the  relative  infrequency  of  the  other  two  types  of  video  (student-­‐created,   and  synchronous).    The  use  of  student-­‐created  videos,  although  infrequent,  does   occur  more  often  in  some  academic  units  as  discussed  later.  The  limited  use  of   synchronous  video  for  such  purposes  as  face-­‐to-­‐face  discussions  and  office  hours   suggests  the  need  to  consider  the  relative  value  of  synchronous  meetings  where   students  and  instructors  may  find  it  difficult  to  schedule  such  meetings.  One   instructor  commented:   I  offer  to  Skype  with  anyone  in  the  course  to  get  to  know  the  participants   better  and  to  provide  a  platform  to  explain  difficult  concepts  face-­‐to-­‐face.  My   experience  now  over  5  classes  and  around  50  students  is  that  less  than  10%   are  interested  in  doing  this.   Teaching  experiences  similar  to  this  experience  may  account  for  the  relatively  low   use  of  synchronous  video.     To  better  understand  the  data  on  frequency  of  use  of  the  four  types  of  video,   the  courses  were  grouped  in  the  four  major  academic  units.    A  repeated  measures   analysis  of  variance  indicated  statistically  significant  differences  among  the  types  of   video  used  across  the  major  academic  units.       The  first  research  question  also  asked  how  the  frequency  of  video  use  varies   across  online  courses.    The  results  showed  that  the  largest  proportion  of  use  was       80     about  every  two  to  four  weeks  (30.6%).    The  next  highest  proportion  usage  was  also   the  most  frequent  of  every  week  (19.4%)  followed  by  almost  every  week  (18.4%)   and  about  every  other  week  (14.3%).    These  results  provided  a  picture  of  the   considerable  variability  in  the  timing  of  use  of  video  across  the  duration  of  the   online  courses.  The  correlational  analysis  revealed  that  there  were  some  internal   positive  relationships  between  the  frequency  uses  of  different  types  of  video.    One  of   the  significant  relationships  was  between  the  frequency  of  instructor-­‐created  video   and  student-­‐created  video.      The  correlation  between  how  frequently  instructors   created  and  used  their  own  videos  and  the  frequency  with  which  they  required   students  to  create  and  contribute  video  is  intriguing,  possibly  reflecting  the   instructors'  belief  in  the  value  of  making  one's  own  videos  and  may  reflect  the   greater  perceived  value  of  this  activity  in  two  academic  units  focused  on   communication  and  teaching.    The  other  internal  relationship  discovered  was  the   positive  relationship  between  frequency  of  student-­‐created  and  synchronous  video.       Research  Question  2:       How  do  instructors  perceive  the  pedagogical  value  of  different  types  of  video   (instructor-­‐created,  third  party  created,  and  synchronous)  in  their  online  course?     The  second  research  question  focused  on  online  instructors  perceptions  of   the  pedagogical  value  of  using  instructor-­‐created  or  third  party  videos.    Overall,  the   online  instructors’  responses  indicated  a  belief  that  the  use  of  videos  had  positive   pedagogical  value  in  their  course.    An  indirect  measure  of  instructors'  perception  of   the  value  of  video  is  the  finding  that  the  frequency  of  use  of  the  type  of  video  had  a   significant  positive  correlation  with  the  requirement  that  the  students  watch  the       81     video.    This  finding  is  supported  by  several  analyses  that  look  at  the  use  of  video   from  multiple  perspectives.    One  analysis  that  contributed  to  the  overall  positive   value  was  the  correlation  that  indicated  significantly  positive  relationships  between   the  frequency  use  of  the  type  of  video  and  the  requirement  level  of  students  to   watch  the  videos.         The  data  also  showed  the  instructors'  perceived  pedagogical  value  of   instructor-­‐created  videos  by  virtue  of  their  reported  use  as  either  course  lectures  or   demonstrations.    The  main  purposes  of  third  party  videos  were  identified  as   supplemental  course  material  (56.8%)  and  primary  course  material  (40.5%).    Both   of  these  video  types  focused  on  content  delivery  in  the  online  courses.       Responses  revealed  an  overall  perception  that  the  use  of  instructor-­‐created   video  increased  course  quality,  student  learning,  social  presence,  and  understanding   of  complex  concepts.    Instructors  also  agreed  that  third-­‐party  videos  increased  the   overall  quality  of  the  course,  student  learning,  and  understanding  of  complex   concepts.       Overall  these  findings  are  consistent  with  the  results  of  prior  research   showing  that  the  use  of  third  party  videos  can  enhance  the  learning  opportunities   and  can  provide  students  with  a  variety  of  perspectives  on  course  content  (Greene  &   Crespi,  2012).    The  results  of  faculty  perceptions  that  using  third  party  videos   increases  student  learning  of  complex  concepts  supports  the  theoretical  concept  of   compression  of  expertise  (Hoffman,  2014).  Other  researchers  have  suggested  that   providing  varieties  of  cases  for  students  to  view  and  by  providing  students  with   opportunities  to  interact  with  the  video  in  a  hypermedia  setting  in  which  they  can       82     interact  with  the  information  as  they  prefer  to  allow  for  potentially  deeper  levels  of   understanding  (Palincsar  et  al.,  2007).       The  perception  of  pedagogical  value  was  further  illustrated  by  some  open-­‐ ended  reflection  responses  to  the  survey.    Support  for  the  positive  perception  of  the   use  of  video  can  be  seen  in  this  reflection  response:     Student  feedback  has  been  exceptionally  gratifying.    They  claim  to  have   learned  more,  to  have  viewed  movies  they  have  seen  previously  in  a   completely  new  light  as  they  analyzed  the  characters  communication   strategies,  and  to  request  to  sign  up  for  other  courses  I  teach.   Other  reflection  responses  mention  the  value  of  using  videos  to  provide  a  new   perspective  or  detail  that  can  go  beyond  “traditional”  course  material.    (See   Appendix  B.)       The  findings  on  future  plans  of  video  use  indicated  the  positive  pedagogical   value  perceived  by  instructors.  The  majority  of  respondents  indicated  they  plan  to   increase  the  amount  of  videos  used  in  their  course  over  the  next  one  to  two  years   and  many  also  plan  to  include  student-­‐created  videos.    In  all,  the  survey  results   indicated  that  online  instructors  perceived  video  use  to  have  positive  pedagogical   value  with  plans  to  increase  the  use  of  video  in  future  course  offerings.       Research  Question  3:       How  do  instructors  perceive  the  effect  of  online  video  on  student   engagement  in  their  course?     Instructors  reported  that  both  instructor-­‐created  and  third  party  videos   were  perceived  as  having  increased  student  engagement  in  the  course.  The  mean       83     agreement  that  third  party  videos  increased  student  engagement  was  higher  than   the  agreement  that  instructor-­‐created  video  increased  student  engagement  in  the   course.    The  difference  between  the  two  video  type  categories  was  found  to  be   statistically  significant  at  the  p<.05  level  through  a  one-­‐sample  t-­‐test  using  a  95%  CI.     Why  third  party  videos  were  perceived  as  increasing  student  engagement  more   than  instructor-­‐created  videos  is  unknown.     The  main  use  of  third  party  videos  was  identified  as  primary  course  content   and  supplemental  course  content,  which  was  similar  to  the  primary  purpose  of   instructor-­‐created  video  as  mini  lectures  and  demonstrations.    The  use  of  online   video  to  supplement  or  accompany  traditional  text  based  course  information   supports  the  findings  of  previous  research  literature  that  cite  using  video  can  create   a  wider  array  of  experiences  that  enhance  overall  course  quality  (Koumi,  2006).     These  findings  also  support  research  that  using  videos  in  an  online  course  to  create   various  activities,  learning  experiences,  or  other  course  related  tasks  increased  the   student’s  intrinsic  motivation  in  the  course  (Merkt  et  al.,  2011).         The  open  reflection  responses  further  supported  this  finding  as  seen  in  one   respondent’s  comment:  “Third-­‐party  video.    Integration  of  resources  beyond  the   textbook  helps  to  deepen  the  learning  process.    This  allows  for  more  student   interaction  in  group  discussions  as  well  as  student  engagement  throughout  the   course”.     The  finding  that  respondents  perceived  the  use  of  instructor-­‐created  video   increased  their  social  presence  in  their  course  which  is  consistent  with  previous   research  by  (Borup  et  al.,  2012)  on  the  use  of  videos  to  increase  the  social  presence       84     in  an  online  course  and  subsequent  student  satisfaction.  The  respondents  also   reported  that  the  majority  agreed  that  third  party  videos  increased  the  social   presence  as  well.    It  is  not  clear  why  respondents  indicated  third  part  videos   increased  social  presence  in  the  course.    A  possible  explanation  may  be  the   perception  of  using  video  to  make  the  course  more  “lively”  even  though  the  people   present  in  the  videos  are  not  actually  part  of  the  course.       The  majority  of  respondents  agreed  that  the  use  of  instructor-­‐created  and   third  party  video  increased  the  overall  quality  of  the  course,  consistent  with   previous  research  on  the  use  of  video  to  increase  social  presence  creating  a  positive   effect  on  the  perceived  course  quality  and  satisfaction  (Choi  &  Johnson,  2005;   Richardson  &  Swan,  2003;  Rose,  2009).     This  study  also  looked  at  the  average  length  of  videos  used  in  the  courses.   The  majority  of  the  third  party  videos  used  averaged  between  3  to  5  minutes,  and   majority  of  instructor-­‐created  videos  averaged  between  5  to  10  minutes  in  length.     The  reported  lengths  of  videos  used  by  these  instructors  would  seem  to  be   appropriate  in  view  of  research  suggesting  shorter  video  segments  (less  than  6   minutes)  are  more  likely  to  increase  student  engagement  (Guo  et  al.,  2014;  “Video   Best  Practices:  The  Center  for  Teaching  and  Learning  UNC  Charlotte,”  2014).    The   repeated  measures  analysis  of  the  average  length  of  video  times  indicated  there  was   no  statistically  significance  between  the  type  of  videos  and  the  average  mean  length   reported  by  instructors.    Faculty  indicated  that  the  most  used  video  production   element  in  their  instructor-­‐created  videos  was  the  “talking  head”  element  of  them   speaking  directly  to  the  camera.    This  is  consistent  with  previous  research  that       85     found  the  “talking  head”  element  one  of  the  most  effective  elements  cited  by  the  Guo   et  al.  2014  article  to  increase  student  engagement.     Research  Question  4:       What  are  the  key  factors  influencing  an  instructors’  decision  to  create  videos   for  their  online  course?   a. What  barriers  to  video  use  do  instructors  report?   b. How  does  institutional  support  influence  instructors’  creation  of  online   video?     Identifying  key  factors  influencing  an  instructors’  decision  to  create  videos   for  their  online  course  was  the  focus  of  this  question,  as  well  as  the  influence  of   barriers  and  support  on  video  use.  Of  the  100  respondents,  41  reported  using   instructor-­‐created  video  at  least  once  in  their  online  course.    The  analyses  used  in   examining  this  research  question  drew  upon  the  questions  regarding  instructor  self-­‐ efficacy,  combined  with  questions  asked  only  of  those  who  reported  using   instructor-­‐created  videos.     Instructors  reported  their  feelings  of  self-­‐efficacy  in  terms  of  their  level  of   expertise  of  video  technology  (Table  13).    Overall,  faculty  reported  high  ratings  of   self-­‐efficacy  on  creating  and  sharing  video  links,  and  embedding  videos  into  course   environments.    However,  faculty  reported  lower  ratings  on  skills  that  specifically   focused  on  the  creation  of  video.    The  use  of  instructor-­‐created  video  was   significantly  positively  correlated  with  video  technology  self-­‐efficacy  consistent  with   previous  research  on  the  relationship  between  technology  self-­‐efficacy  and  the   likelihood  that  online  instructors  will  use  such  technologies  in  their  online  course       86     (Buchanan  et  al.,  2013;  Kagima  &  Hausafus,  2001).    While  the  results  indicated  a   significant  correlation  between  the  use  of  instructor-­‐created  video  and  video   technology  self-­‐efficacy,  frequency  of  use  was  not  correlated  with  video  technology   expertise.         Prior  research  indicated  there  is  a  strong  correlation  between  how   instructors  feel  about  the  use  of  technology  and  their  likelihood  to  adapt  or  use  the   technology  in  their  own  course  (Kim  et  al.,  2013;  Russell  et  al.,  2003).    The  data  on   the  perceptions  of  the  subset  of  instructors  who  reported  using  instructor-­‐created   video  supports  these  findings,  as  does  the  results  discussed  above  for  Research   Question  2.    The  findings  discussed  in  Chapter  2  supports  the  research  on  the   correlation  between  how  instructors  feel  about  the  technology  (video)  and  the   likelihood  of  implementation  of  that  video  in  their  online  course.  This  finding   suggests  that  one  of  the  key  factors  in  choosing  to  use  instructor-­‐created  videos  is   the  perception  that  using  this  type  of  video  has  a  positive  effect  on  the  online  course   experience.       The  open-­‐ended  reflection  responses  to  the  use  of  instructor-­‐created  videos   provide  a  window  on  instructors'  views  about  the  relationship  between  perception   of  value  and  use:     I  use  video  in  a  number  of  ways  in  the  course:  1.  I  record  short  (less  than  a   minute)  mini-­‐lectures  that  generally  frame  a  unit  for  the  student  2.  I  use  my   iPhone  to  capture  short  (less  than  a  minute)  "expert  lectures"  that  I  add  to   the  course  3.  I  have  also  recorded  Skype  interviews  with  experts  who   reinforce  the  material  in  the  course  or  add  to  it.       87     Responses  like  the  one  above  support  the  view  that  whether  an  instructor  feels   positively  about  the  technology  and  the  perceived  pedagogical  value  are  key  factors   in  the  decision  to  use  video  in  their  online  course.         Barriers.  Given  the  overall  finding  that  instructors  in  online  courses  perceive   added  value  from  the  use  of  video,  it  is  important  to  understand  these  instructors'   perceptions  of  barriers  that  may  prevent  or  impede  the  production  and   development  of  instructor-­‐created  online  videos.  Online  teaching  is  a  complex  task   with  many  skill  and  knowledge  requirements  that  differ  from  traditional  face-­‐to-­‐ face  teaching  environments  that  can  be  time  consuming  (Bolliger  &  Wasilik,  2009).   Although  instructors  reported  fairly  high  self-­‐efficacy  of  using  online  video   technology,  they  reported  less  self-­‐efficacy  when  asked  about  more  technical  skill   areas  needed  for  creating  videos.    Specifically,  faculty  felt  they  had  lower  skill  levels   in  editing  video,  capturing  a  screencast,  and  using  the  built-­‐in  video  tools  available   in  Canvas  the  CMS.    Other  research  on  self-­‐efficacy  using  technology  (Abbitt,  2011)   suggests  that  if  online  faculty  do  not  feel  they  have  the  right  level  of  skill  or   knowledge  to  create  videos,  they  may  choose  not  to.    Open-­‐ended  reflection   questions  touched  on  areas  of  desired  skill  development  as  indicated  by  one   respondent  who  commented:  “I  welcome  training  on  recording  and  editing."  The   lack  of  skill  or  experience  becomes  an  identifiable  barrier  to  producing  videos  in   online  course.       Time  is  also  a  crucial  component  in  the  development  process  of  instructor-­‐ created  videos.    The  majority  of  instructors  who  created  their  own  video  planned   and  created  the  videos  prior  to  the  start  of  the  online  course,  though  one  quarter  of       88     respondents  indicated  that  they  created  videos  both  prior  and  during  the  facilitation   of  the  online  course.    The  discrepancy  between  those  who  develop  videos  prior  to,   and  those  who  develop  videos  during  the  course  suggests  that  helping  faculty  plan   ahead  may  reduce  time  as  a  barrier  to  video  creation.       Research  comparing  the  reported  time  pressures  of  face-­‐to-­‐face  and  online   instructors  further  supports  the  conclusion  that  development  time  is  a  barrier  felt   especially  keenly  by  online  instructors.    The  results  of  the  survey  indicated  that   instructors  believe  the  time  they  invested  in  teaching  online  was  significantly  more   versus  face-­‐to-­‐face  courses.    Less  than  20  percent  of  respondents  indicated  that   teaching  online  requires  same  amount  of  time  as  face-­‐to-­‐face  courses.    These   findings  were  further  supported  by  comments  left  as  part  of  the  open-­‐ended   sections  of  the  survey  that  encouraged  respondents  to  leave  a  comment  on  their   reflection  of  using  video  in  their  online  course.    Several  respondents  indicated  that   teaching  online  courses  takes  a  significant  amount  of  time  and  energy  and  that  it   would  be  helpful  if  there  were  some  “guide”  or  other  resource  they  could  use.    This   is  highlighted  by  one  respondent’s  comment:   I  think  more  professional  development  is  needed  to  teach  professors  how  to   create  good  quality  educational  videos  that  are  centered  around  the  learners   and  student  learning  outcomes.  I  had  to  learn  how  to  do  this  on  my  own  -­‐   reading  many,  many  research  articles,  books,  and  professional  tutorials.  I   think  more  training  is  needed  to  help  others.       89     Other  respondents  also  made  comments  they  would  like  to  have  training  or  a   “space”  for  new  online  instructors  to  practice  using  the  tools  and  technology  needed   to  create  and  share  video  in  their  online  course.     Institutional  support.  Many  higher  education  institutions  have  designated  a   unit,  either  centrally  or  within  the  various  colleges,  to  assist  instructors  and   programs  on  the  development  of  online  courses.    The  university  in  which  this   research  survey  was  conducted  has  a  centrally  located  Online  Learning  Center   (OLC)  that  provides  assistance  and  instructional  designers  to  work  with  faculty  on   the  development  of  online  courses.    To  investigate  how  this  support  may  influence   the  instructors’  creation  of  video  the  survey  collected  data  on  how  respondents  felt   about  the  support  services  offered,  and  what  services  were  most  important.    The   data  analyses  indicated  that  instructors  reported  that  they  received  adequate   support  in  basic  course  development  time,  instructional  design  resources,  and   technical  support  for  Canvas  (CMS).  Two  areas  of  support  from  the  OLC  that   instructors  reported  higher  levels  of  disagreement  was  with  professional   development,  while  most  agreed  that  they  did  receive  adequate  support  in  this  area,   over  a  quarter  of  respondents  disagreed.    Video  production  assistance  was  another   support  area  indicated  to  have  been  lower  than  desired  by  instructors.    These   findings  support  the  previous  statements  that  skill  development  and  time  are  key   barriers  to  creating  videos  identified  by  online  instructors.    The  respondents   indicated  that  although  they  felt  they  received  adequate  development  time  and   resources  to  create  the  online  course  itself,  they  feel  an  absence  in  the  continued       90     professional  development  to  gain  the  skill  levels  desired  to  make  instructor-­‐created   videos.         When  asked  to  rank  five  areas  of  support,  respondents  indicated  that  course   development  time  was  the  most  important,  followed  by  instructional  design   support,  professional  development  in  online  teaching  and  learning,  online  course   CMS  training,  and  video  production  training.  The  frequency  in  which  support  was   sought  from  the  OLC  is  of  interest  when  considering  instructors’  reported  need  for   support.    Analyses  indicated  that  just  under  a  third  of  faculty  rarely  seek  support,   25.3%  seek  support  less  than  once  per  term,  while  40%  reach  out  for  support  at   least  once  per  term  or  semester.    Other  factors  of  institutional  support  are  the   distance  of  instructors  from  the  main  campus.    With  an  international  campus   presence  it  is  not  surprising  that  the  average  distance  from  campus  for  instructors  is   over  700  miles  away.    The  instructors  also  reported  that  the  majority  either  do  not   participate  in,  or  are  even  aware  of  the  services  offered  by  the  main  campus’s   reflective  learning  community.         Instructors'  responses  to  survey  questions  and  open-­‐ended  questions   indicated  that  key  factors  to  influence  their  decision  to  use  instructor-­‐created  video   were:  their  perception  of  the  value  of  adding  self  made  videos,  their  level  of  video   technology  skills,  and  the  amount  of  technical  and  professional  development   support  they  received  from  the  university.  The  instructors  indicated  that  time  and   skill  level  were  the  most  identified  barriers  to  using  self-­‐created  videos.     Instructional  support  was  perceived  as  adequate  in  overall  course  development,       91     while  instructors  indicated  they  wanted  more  professional  skill  development  in  the   area  of  video  production  for  online  courses.   Research  Question  5:       How  does  instructor  age,  experience  and  subject  domain  relate  to  video  use   in  their  online  course?     The  data  collected  on  age,  experience,  and  subject  domain  indicated  that  age,   experience,  or  subject  is  related  to  the  type  and  frequency  of  video  use  in  online   courses.      A  strong  positive  relationship  between  instructor  age  and  experience,   which  is  not  surprising,  given  that  the  older  an  individual  is,  the  more  years  of   teaching  experience  they  are  likely  to  have.    What  is  of  greater  interest  is  the  finding   that  the  number  of  online  courses  taught  for  the  university  was  also  significantly   positively  related  to  the  age  of  the  instructor.    One  might  imagine  that  younger   instructors  were  more  likely  to  be  engaged  in  online  teaching.     Types  of  video  used.    Results  of  the  correlational  and  multiple  regression   analyses  indicated  that  instructor-­‐created  and  student-­‐created  video  use  was   significantly  related  to  the  age  of  the  instructor.    The  results  of  these  analyses   indicate  a  negative  relationship  between  age  and  instructor-­‐created  video  and   student-­‐created  video.    This  relationship  is  interpreted  to  indicate  that  younger   online  instructors  have  a  significantly  higher  relationship  to  the  use  of  both   instructor-­‐created  and  third  party  videos.    Similarly,  the  significant  relationship   between  the  number  of  years  of  higher  education  experience  and  the  use  of  student-­‐ created  video  showed  that  younger  instructors  are  more  often  ask  students  to   create  and  share  videos  than  older  instructors.    These  results  are  consistent  with       92     previous  research  on  age  and  technology  use  that  found  younger  instructors  would   be  more  likely  to  use  technology  (Purcell  et  al.,  2013;  Russell  et  al.,  2003).    The  level   of  online  teaching  experience  compared  to  type  of  video  used  also  supports  the   previous  research  that  more  online  teaching  experience  means  faculty  would  be   more  likely  to  use  technology  in  their  course.       The  subject  matter  of  the  course  taught  was  also  related  to  the  relative  use  of   the  four  types  of  video.    The  types  of  courses,  grouped  into  four  academic  units,   were  significantly  related  to  the  types  of  videos,  including  the  use  of  instructor-­‐ created  video.  These  findings  suggest  that  the  major  academic  unit  has  a  significant   impact  on  whether  instructor-­‐created  video  is  used  in  the  course.       Frequency  of  video  use  over  duration  of  the  course.    The  reported   frequency  or  pattern  of  use  of  the  various  video  types  in  terms  of  how  often  they   were  used  (every  week,  almost  every  week,  every  other  week,  and  about  every  two   to  four  weeks)  indicated  that  there  were  no  statistically  significant  relationships.     Although  age,  experience,  and  course  subject  were  found  to  have  a  significant   relationship  with  the  type  of  video  used,  the  amount  of  video  use  in  those  courses  is   not  significantly  related.       Self-­‐efficacy  and  TPACK.    The  TPACK  framework  provides  a  model  for   determining  the  intersection  between  technology  knowledge,  pedagogical   knowledge,  and  content  knowledge  for  effective  teaching  with  technology.    By   examining  the  various  self-­‐efficacy  components  of  the  TPACK  model  the  data   provides  a  clear  picture  on  the  respondents’  level  of  knowledge  experience  in   relation  to  teaching  their  online  course.      Given  the  nature  of  the  online  course       93     environment  and  the  focus  of  this  research  survey,  the  technology  knowledge   sections  were  split  into  two  sections;  one  that  examined  the  general  technology  skill   knowledge  of  online  course  elements,  and  an  additional  section  specifically  focused   on  online  video  technology  knowledge.         The  survey  results  indicated  that  overall  the  online  instructors  reported   strong  levels  of  technology,  pedagogical,  and  content  knowledge.    In  the  area  of   technology  knowledge  (TK)  instructors  indicated  an  overall  average  agreement  that   they  are  proficient  in  online  technologies.  Pedagogical  knowledge  (PK)  self  efficacy   indicated  very  strong  agreement  reporting  faculty  feel  they  know  how  to  teach  and   use  pedagogical  strategies  to  increase  learning  and  understanding.  The  combination   of  technology  knowledge  and  pedagogical  knowledge  provides  insight  into  the  self-­‐ efficacy  of  the  respondents  on  using  technology  to  facilitate  the  pedagogical   strategies  of  their  course.    With  the  individual  TK  and  PK  average  ratings  in   agreement  that  they  have  the  knowledge  to  implement  technologies  that  enhance   the  teaching  and  learning  in  their  online  course.    Finally,  content  knowledge  (CK)   ratings  averaged  highly  in  agreement  on  having  sufficient  knowledge  of  their  course   subject  and  implementation  strategies  to  develop  enhanced  understanding  of   course  content.         In  summary,  using  the  TPACK  model  of  intersecting  domains  and  the   knowledge  experience  for  each  category,  the  self  reported  answers  support  the   previous  findings  on  the  perceptions  of  using  video  in  their  online  course  to  enhance   the  overall  quality,  learning,  student  engagement  in  their  course.    Further,  as  a   measure  of  effective  use  of  technology  in  online  courses,  the  results  of  the  self       94     efficacy  questions  indicate  that  faculty  feel  experienced  and  rate  themselves  highly   in  their  technological  knowledge,  pedagogical  knowledge,  and  content  knowledge.     These  findings  are  interpreted  to  indicate  instructors  feel  they  can  integrate  and  use   technology  effectively  in  their  online  course.     Using  a  correlational  analyses  to  investigate  the  relationships  between   instructor  age,  higher  education  experience,  online  teaching  experience  and  self   efficacy  of  technology  knowledge,  pedagogical  knowledge,  and  content  knowledge   indicated  that  age  and  online  experience  has  a  significant  relationship  with  certain   areas  of  self  efficacy.  The  results  of  the  relationship  between  age  and  online   technology  knowledge  support  the  previous  research  on  age  as  a  predictor  of   technology  use  from  (Purcell  et  al.,  2013)  that  instructors  who  are  younger  would   rate  themselves  “more  confident”  in  the  use  of  new  technologies  than  those  who  are   older.    The  data  collected  and  analyzed  from  this  research  survey  indicated  that   each  of  the  self-­‐efficacy  statements  in  the  TK  section  had  similar  levels  of   significantly  strong  relationships.         Online  teaching  experience  was  found  to  have  significant  relationships  with   two  of  the  statements  in  the  pedagogical  knowledge  section  of  the  survey.    The  areas   of  PK  that  were  significantly  related  to  online  experience  were  the  ability  to  adapt   course  material  for  various  learning  methods,  and  the  familiarity  with  common   student  understanding  or  misconceptions  on  course  material.  In  both  cases  the   relationship  indicated  that  instructors  who  have  fewer  years  of  online  experience   agreed  more  than  those  who  had  more  experience.    As  there  were  no  significant   relationships  between  these  PK  statements  and  age,  more  experienced  faculty  may       95     disagree  with  the  statement  based  on  personal  experience.    Online  teaching   experience  was  also  shown  to  have  a  significant  relationship  with  the  TPK   statement  on  the  adaptation  of  different  technologies  for  various  purposes  in  the   course.    Similar  to  the  PK  statements,  this  statement  also  indicated  that  instructors   with  fewer  years  of  experience  in  online  teaching  are  more  likely  to  agree  with  this   statement  than  those  with  more  experience.    This  result  supports  the  research  on   technology  use  and  experience  (Russell  et  al.,  2003)  in  which  the  results  indicated   that  teachers  with  less  experience  indicate  they  are  more  confident  in  using   technology  than  those  with  more  years  of  experience.       Limitations  of  the  Study     This  exploratory  research  survey  investigated  the  higher  education  faculty   uses  and  perceptions  of  video  in  their  online  course.    While  this  study  was  able  to   collect  data  on  uses  and  perceptions  to  further  the  understanding  of  video  use  in   online  courses,  it  is  not  without  limitations.    First  and  foremost,  one  of  the   fundamental  limitations  of  this  study  was  data  collection  on  instructor  perceptions.     The  perceptions  of  the  respondents  constitute  a  collection  of  feelings  or  thoughts   reported  by  the  instructors  and  do  not  contain  any  direct  observations.    For   example,  the  perceptions  on  pedagogical  value  and  effect  on  engagement  report   only  what  the  instructors  thought  or  felt  based  on  their  experience,  there  was  no   measurement  instrument  or  data  collection  on  whether  or  not  there  actually  was   measurable  pedagogical  value  or  if  the  use  of  videos  actually  increased  student   engagement  in  the  course.      Further,  this  study  only  asked  faculty  to  self-­‐report  their       96     video  use,  there  was  no  metadata  collected  from  the  course  management  system  to   verify  the  type  or  frequency  of  video  use  in  the  online  courses.       In  addition  to  the  fundamental  limitation  of  capturing  instructor  perceptions,   this  research  study  was  conducted  as  a  single  stage  cross-­‐sectional  survey  at  one   university,  using  participants  (n=100)  from  only  one  academic  year  (2013  –  2014).     Therefore  any  generalizations  of  the  findings  and  results  of  this  study  to  the  larger   population  of  online  higher  education  faculty  must  be  done  with  caution.    The  final   sample  size  of  the  study  was  large  enough  to  meet  the  minimum  sample  size  based   on  the  Table  for  Determining  Minimum  Returned  Sample  Size  for  a  Given  Population   Size  for  Continuous  and  Categorical  Data  (Barlett  et  al.,  2001)  but  was  lower  than   anticipated  and  resulted  in  a  response  rate  of  22.3%.         Another  limitation  of  the  study  was  due  to  the  purposive  sampling  for  the   survey  and  the  potential  for  self-­‐selection  and  unknown  bias  of  the  instructors  into   the  sample  population  representing  a  non-­‐random  sample.    In  terms  of  this  study  it   may  be  the  case  that  the  highly  positive  use  and  perceptions  of  video  in  online   courses  was  a  result  of  sample  bias  of  faculty  that  self  selected  into  the  study  due  to   personal  feelings  or  interest  in  the  survey  topic  of  use  of  video  in  online  courses.     Because  of  the  unknown  bias  in  the  sample,  caution  must  be  taken  when   generalizing  the  results  of  this  study  to  the  larger  population  of  higher  education   online  instructors.         Additionally,  the  respondents  were  primarily  adjunct  proportion  of   instructors,  which  is  not  unusual  in  many  institutions,  but  does  limit  generalizability   to  other  institutions  that  do  not  share  a  similar  faculty  appointment  profile.         97     Another  limitation  related  to  the  sample  population  is  the  type  of  data  collection.     The  research  instrument  relied  upon  survey  participants  to  supply  self-­‐reported   retrospective  answers  about  their  online  teaching  experience.      The  reliance  on  self-­‐ reported  answers  supports  the  limitation  of  generalizability  of  the  results  because   at  no  time  during  the  study  was  direct  data  collected  from  the  actual  online  courses,   and  so  there  was  no  mechanism  in  place  to  verify  the  existence  or  frequency  of  any   form  of  video.         The  use  of  a  custom  survey  instrument  to  collect  the  data  on  video  use  and   perceptions  means  that  the  instrument  lacks  an  established  validity  and  reliability.     The  survey  instrument  was,  however  developed  by  using  a  mixture  of  components   from  existing  survey  on  teacher  self  efficacy  (Schmidt  et  al.,  2009)  along  with  newly   created  survey  items  geared  specifically  towards  collecting  data  to  answer  the   research  questions.  The  focus  on  the  four  categories  of  video  type  used  throughout   the  survey  may  be  seen  as  either  a  contribution  to  the  research  literature,  or  as  a   narrowing  of  focus  that  limits  generalization.  With  only  four  categories  described  it   is  entirely  possible  instructors  misinterpreted  the  descriptions  of  third  party  videos.     Third  party  video  category  is  inherently  the  most  vague  video  category  as  it   encompasses  all  video  not  created  by  or  for  the  course  specifically.    Therefore,   respondents  may  have  felt  unsure  about  how  to  classify  “third  party”  videos  based   on  their  experience,  the  definition  used  in  the  survey  may  not  have  felt  accurate  to   individuals  and  therefore  may  have  contributed  to  limitations  on  how  participants   self-­‐reported  their  answers  to  survey  questions.         98       In  summary,  caution  should  be  taken  when  generalizing  the  results  and   findings  of  this  exploratory  research  survey  on  the  use  and  perceptions  of  video  in   online  courses.      With  the  limitations  in  mind,  the  study  does  provide  a  view  of  how   videos  were  being  used  by  higher  education  instructors  in  online  courses  in  a  large   liberal  arts  university  in  the  United  States  during  the  2013-­‐2014  academic  year.     Future  studies  utilizing  larger  sample  populations  with  refined  and  validated   instruments  from  multiple  institutions  it  may  shed  light  on  the  generalizability  of   this  study.     Implications  for  Theory  and  Practice     This  exploratory  research  survey  gathered  data  on  faculty  use  and   perceptions  of  video  in  online  courses.  This  research  study  posed  five  research   questions  looking  at  the  frequency  and  type  of  videos  used,  how  instructors   perceive  the  pedagogical  value,  the  effect  of  video  on  student  engagement,   identification  of  key  factors  of  video  use,  and  relationships  between  instructor  age,   experience,  and  subject  domain.    The  results  of  this  study  indicated  high  levels  of   use  of  video  in  online  courses  and  a  generally  favorable  view  of  the  use  of  video  by   instructors.    The  results  also  have  implications  for  theory  and  practice.       Implications  for  Theory     The  results  of  this  study  support  the  use  of  the  TPACK  Framework  to  better   understand  the  relationship  between  technology  and  teaching  (Mishra  &  Koehler,   2006).  This  relationship  is  especially  critical  to  examine  in  the  online  learning   environments  as  the  pace  in  which  new  online  tools  and  technology  are  available  is   constantly  in  transition.    With  strong  continued  growth  in  the  commercial  sector  of       99     online  technologies,  online  faculty  and  courses  will  have  many  new  tools  in  which   they  can  evaluate  to  determine  if  it  can  be  used  to  enhance  the  course.         The  results  also  supported  previous  research  that  several  of  the  areas   investigated  in  the  self-­‐efficacy  portion  of  the  survey  developed  from  (Schmidt  et  al.,   2009)  on  that  there  is  a  strong  relationship  between  self-­‐efficacy  of  online   technology  and  age  and  online  teaching  experience.    It  would  therefore  be  valuable   to  the  higher  education  community  for  researchers,  instructional  designers,  and   practitioners  to  continue  research  into  instructors’  self-­‐efficacy  in  technology  and   teaching  through  the  use  of  the  TPACK  framework.    Research  studies  implementing   TPACK  have  often  focused  on  K12  and  pre-­‐service  teachers,  but  higher  education   instructors  may  also  benefit  from  increased  research  into  the  application  of  TPACK   in  teaching  and  learning  environments.     Implications  for  Practice     Video  is  a  technology  that  continues  to  increase  in  use  as  an  online  Internet   based  medium  (Purcell,  2013).  As  higher  education  institutions  look  to  incorporate   this  technology  into  their  courses  to  enhance  the  learning  environment  to  meet  the   expectations  of  students  it  will  become  increasingly  important  to  understand  how   video  can  be  used  effectively  to  enhance  the  course  experience.    The  process  of   making  instructor-­‐created  video  is  time  consuming  and  often  instructors  feel  they   do  not  have  the  skills  needed  to  create  high  quality  videos.    In  the  professional  video   production  industry  there  are  many  guidelines  and  “best  practices”  that  have  been   employed  for  many  years  to  maximize  the  aesthetic  and  captivate  the  viewer       100     attention  by  using  tested  and  tried  production  methods  that  have  shown  over  time   to  be  effective.         The  crossover  of  higher  education  faculty  and  professional  video  production   is  limited  and  video  production  skills  as  seen  in  this  study  are  self  reported  as   “novice”  leaving  much  room  for  future  skill  and  knowledge  development.    Some   universities  have  invested  in  publishing  a  “guide”  or  other  “quick  tips  section”  on   video  production  (“Best  Practices,  Video,”  2014,  “Video  Best  Practices:  The  Center   for  Teaching  and  Learning  UNC  Charlotte,”  2014;  Brunvand,  2010)  which  is  helpful   in  providing  some  useful  video  production  information  to  faculty  who  may  not  have   the  production  background  or  any  formal  technical  training  but  still  leaves  much  of   the  process  up  to  faculty  to  figure  out  on  their  own.         The  results  of  this  study  show  that  instructors  are  looking  for  more  training   on  video  production,  and  more  guidance  on  how  to  utilize  the  video  technology  to   get  the  most  return  on  time  invested.    Instructors  reported  that  they  feel  the  time   invested  in  an  online  course  is  much  higher  than  a  traditional  face-­‐to-­‐face  course   and  so  the  development  of  a  video  technology  guide  for  online  course  video  could   help  promote  effective  use  of  video  to  enhance  online  learning.    The  results  of  this   study  support  the  need  for  an  “Online  Video  Best  Practices”  guide  that  instructors   could  use  (regardless  of  subject  discipline)  to  bridge  the  professional  knowledge   gap  between  video  production  practices  and  content  knowledge  expertise.    Some   instructors  have  instructional  designers  or  perhaps  centralized  online  learning   support  to  assist  with  video  production  and  course  development  yet  many  are  on   their  own  to  learn,  develop,  and  incorporate  video  into  their  online  course.    This       101     study  also  showed  that  instructors  were  unaware  of  online  teaching  resources   available  through  the  university  in  which  the  survey  was  conducted,  suggesting  the   need  to  better  communicate  with  instructors  about  the  support  available.       One  of  the  most  important  findings  from  this  study  was  the  rich  diversity  in   video  use  across  various  academic  disciplines.    Understanding  that  various  forms  of   video  use  may  be  better  suited  for  different  academic  disciplines  can  be  valuable   information  for  university  administration  and  support  to  use  in  developing   institutional  support  and  professional  development  for  online  teaching.    Using  the   findings  of  this  study,  previous  research,  and  future  studies,  an  institution  may  be   able  to  develop  specific  professional  development  programs  focused  on  video   production  needs  for  the  various  academic  units.    Through  the  development  of  an   online  technology  guideline  the  university  may  be  able  to  work  towards  increasing   the  perceived  value  and  reputation  of  their  online  courses  as  a  competitive   advantage  in  the  growing  online  education  space.         Finally,  this  study  provides  a  snapshot  of  video  use  across  online  courses   from  one  academic  year.    Online  technology  will  surely  continue  to  develop  and   change  over  the  years  to  come  and  understanding  how  to  evaluate  the  current   technology  and  its  uses  in  enhancing  online  education  will  continue  to  be  of  keen   interest  in  online  higher  education.    As  new  technologies  come  and  go,  the  continued   desire  to  effectively  enhance  online  learning  through  technology  will  mean  a   continued  effort  to  study  and  understand  the  relationship  between  technology  and   learning.             102                         APPENDICES                                 103     APPENDIX  A       Survey  Instrument                           104     FACULTY  USE  AND  PERCEPTIONS  OF  VIDEOS  IN  ONLINE  COURSES   ONLINE  SURVEY     The  following  survey  has  been  exported  from  the  online  survey  tool  Qualtrics  in   Microsoft  Word  format  for  inclusion  in  the  appendix.      All  university  identification   has  been  removed.       Q1.1  Introduction      My  name  is  Sean  M.  Leahy,  Head  of  Department  of  Media   Communications  at  [university].  I  am  conducting  research  on  faculty  use  and   perceptions  of  video  in  online  courses  and  I  want  to  invite  you  to  share  your   experiences  and  thoughts  on  the  use  of  video  in  your  online  courses.    You  have   received  this  invitation  to  participate  in  this  research  study  because  you  have  been   identified  as  an  instructor  of  an  online  course  during  the  2013-­‐2014  academic  year   at  [university].    Your  participation  in  this  short  anonymous  research  survey  is   greatly  appreciated.    The  focus  of  this  survey  is  to  obtain  information  on  your   perceptions  and  use  of  video  in  your  online  course(s).    The  purpose  of  this  study  is   to  gain  an  understanding  of  what  types  of  videos  were  used,  how  they  were  used,   and  how  you  feel  about  the  use  of  these  videos.  By  participating  in  this  study  you   will  help  provide  valuable  information  about  the  use  and  perceptions  of  video  in   online  course  settings.    The  information  gathered  in  this  anonymous  research  study   will  be  made  public  though  subsequent  publication  of  the  research  findings.  Thank   you  for  your  participation!       Sincerely,       Sean  M.  Leahy   Head  of  Department  of  Media  Communications     [University]     Q2.1  Research  Survey  Participant  Consent       Thank  you  for  your  interest  in  this  research  study.    The  goal  of  this  study  is  to   increase  the  knowledge  about  the  use  of  video  in  online  courses.      You  are  being   asked  to  participate  in  this  study  by  completing  an  anonymous  online  survey,  which   will  take  approximately  10-­‐15  minutes  to  complete.    You  will  be  asked  several   questions  about  your  online  course  and  the  video  (if  any)  that  was  used  in  the   course,  in  addition  to  some  basic  demographic  questions.      There  are  no  obvious  or   foreseeable  physical,  legal  or  economic  risks  associated  with  participating  in  this   study.    You  do  not  have  to  answer  any  questions  that  you  do  not  wish  to   answer.    Participation  in  this  study  does  not  guarantee  any  beneficial  results  to   you.    There  is  no  incurred  cost  to  participate  in  this  study,  nor  will  there  be  any   compensation  for  your  time.  However,  by  answering  the  questions  you  may  gain  a   better  understanding  of  your  own  use  of  video  in  online  courses.      Your  participation   in  this  study  is  completely  voluntary  and  you  have  the  right  to  discontinue  your   participation  and  quit  at  any  time.  You  have  the  right  to  refuse  to  answer  any   questions  without  penalty.    You  will  be  informed  of  any  significant  findings  that   develop  during  the  course  of  the  study  that  may  influence  your  willingness  to       105     continue  to  participate  in  the  research.      Your  privacy  will  be  protected  to  the   maximum  extent  allowable  by  law.    No  personally  identifiable  information  will  be   reported  in  any  research  product  or  publication.    Only  trained  research  staff  within   the  School  of  Communication  will  have  access  to  your  responses.    Within  these   restrictions,  results  of  this  study  may  be  published  or  presented.      This  is  a  research   study  being  conducted  by  Sean  M.  Leahy,  Head  of  Department  of  Media   Communications  at  [university]  in  association  with  the  [university].    If  you  have  any   questions  or  concerns  about  this  study  you  can  contact  Sean  Leahy  via  email  at   [email].    If  you  have  any  questions  or  concerns  about  your  role  and  rights  as  a   research  participant,  would  like  to  obtain  information  or  offer  input,  or  would  like   to  register  a  complaint  about  this  study,  you  may  contact,  anonymously  if  you  wish,   the  [university]  Institutional  Review  Board  at  [phone  umber],  or  email  [email   address]  or  regular  mail  at  [university  IRB  address].    Alternatively  you  may  also   contact  [university]    Human  Research  Protection  Program  at  [phone  number],  or   email  [email  address]  or  regular  mail  at  [University  IRB  address].                       Your  participation  will  be  highly  valued  and  appreciated.    However,  if  you  do  not   wish  to  continue  you  can  answer  “No”  below  or  simply  leave  the  survey  page.      You   indicate  your  voluntary  agreement  to  participate  in  this  research  and  have  your   answers  included  in  the  data  set  by  completing  and  submitting  this  online  survey.         Q2.2  Consent  and  Participation   m Yes,  I  will  participate.     m No,  I  will  not  participate.     If  No,  I  will  not  participate.  Is  Selected,  Then  Skip  To  End  of  Survey     Q3.1  Background  Teaching  Information     If  you  have  taught  more  than  one  online  course  during  the  2013  -­‐  2014  academic   year,  please  choose  one  course  in  particular  you  have  taught  in  which  you   incorporated  video  (or  attempted  to)  to  simplify  your  experience  through  this   online  anonymous  survey.  Please  keep  this  same  course  in  mind  as  you  answer  the   remaining  questions  throughout  the  survey.-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐ -­‐-­‐-­‐-­‐     Q3.2  Teaching  different  levels  of  undergraduate  and  graduate  courses  often  involves   different  approaches.    For  the  purpose  of  this  survey,  please  select  the  course  level   that  represents  the  online  course  you  have  in  mind.            Online  Course  Level   m 1000  to  2000  level  course     m 3000  to  4000  level  course     m Graduate  level  course       Q3.3  Please  select  the  course  code  that  represents  the  online  course(s)  that  you   have  in  mind  for  this  survey.       (Table  List  of  all  course  codes  offered  by  university:  too  large  to  fit)         106     Q3.4  How  many  years  have  you  been  teaching  at  the  higher  education  /  university   level?     Q3.5  How  many  years  have  you  been  teaching  online  courses  in  higher  education?     Q3.6  How  many  times  have  you  taught  an  online  course  specifically  for  [university]?     Q3.7  Did  you  teach  any  face-­‐to-­‐face  courses  for  [university]  during  the  2013  -­‐  2014   academic  year?    If  so,  please  mark  all  campus  types  that  you  taught  at.   q Main  campus       q Metropolitan  campus  location     q Military  campus     q Corporate  campus     q European  international  campus     q Asian  international  campus     q African  international  campus     q I  did  not  teach  any  face-­‐to-­‐face  courses     q Other    ____________________     Q3.8  How  often  do  you  visit  the  main  [university]  campus  in  [location],  USA?   m I  have  never  visited     m About  once  per  year     m About  once  per  month     m About  once  per  week     m Daily       Q3.9  Please  estimate  your  distance  from  the  main  campus  (in  miles).     Q3.10  What  is  your  highest  level  of  completed  education  (degree)?   m Associate's  degree  (e.g.  AA,  AS,  AE,)     m Bachelors  degree  (e.g.  BA,  BS,)     m Masters  degree  (e.g.  MA,  MS,  MBA,)     m Doctoral  degree  (e.g.  PhD,  MD,  EdD,  JD,)     m Other  ____________________     Q3.11  Please  indicate  your  type  of  instructor  appointment  during  2013  -­‐  2014   academic  year  at  [university].   m Full  time  faculty  instructor     m Adjunct  faculty  instructor     m Other  ____________________         107     Q3.12  Please  indicate  your  gender.   m Male     m Female       Q3.13  In  what  year  did  you  graduate  from  high  school?  (please  enter  entire  year   eg.1984)     Q4.1  Types  of  Video  Used  in  Online     Course    This  section  of  the  survey  is  focused  on  the  types  of  videos  used  based  on   the  following  categories:  third  party  videos,  Instructor-­‐created  videos,  student-­‐ created  videos,  and  synchronous  video.    The  definition  of  each  type  of  video  as  it   relates  to  this  study  are  provided  below.  Again,  please  be  sure  to  answer  the   questions  with  the  online  course  you  chose  to  have  in  mind  for  this  survey.    Third-­‐ party:  Videos  created  by  individuals  or  organizations  outside  of  the  course  (e.g.  TED   talks,  Lynda.com,  Atomic  Learning,  music  videos,  Hollywood  movies,  television   shows,  etc.)    Instructor-­‐created:  Videos  created  by  (or  of)  you  the  instructor  of  the   course  (e.g.  self  recording,  recorded  lectures,  interviews,   screencasts/demonstrations,  etc.)    Student-­‐created:  Videos  created  by  the  students   of  the  course  (e.g.  self  recording,  recorded  skits,  interviews,  screencasts,  etc.)     Synchronous:  Videos  that  required  live  real-­‐time  interactions  between  the  faculty   and  one  or  more  student  (e.g.  Skype  chats,  Google  Hangout,  Webinar  events,   etc.)            -­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐     Q4.2  Please  indicate  which  of  the  following  types  of  video  you  have  used  at  least   once  during  the  online  course  you  selected  to  have  in  mind  for  this  survey.  (Select   all  that  apply).   q Third-­‐party  video:  (e.g.  TED  talks,  Lynda.com,  music  videos,  Hollywood  movies,   television  shows,  etc.)     q Instructor-­‐created  video:  (e.g.  self  recording,  recorded  lectures,  interviews,   screencasts/demonstrations  etc.)     q Student-­‐created  video:  (e.g.  recorded  presentations,  interviews,  screencasts,   etc.)     q Synchronous  (live)  video:  (e.g.  Skype  chats,  Google  Hangouts,  Webinars,  etc.)     q I  didn't  use  any  videos  at  all  in  my  online  course.     q Other  ____________________   If  I  didn't  use  any  videos  at  ...  Is  Selected,  Then  Skip  To  End  of  Block         108     Q4.3  Please  indicate  the  frequency  in  which  you  used  each  type  of  video  below  in   your  online  course.     Frequently   Used  several   Used  once  or   Never  used     used     times     twice   Third-­‐party   video     m   m   m   m   Instructor-­‐ created  video     m   m   m   m   Student-­‐ created  video     m   m   m   m   Synchronous   (live)  video     m   m   m   m       Q4.4  Please  indicate  how  you  included  the  video  used  in  your  course  (including  all   types  of  video:  instructor-­‐created,  third-­‐party,  student-­‐created,  or  synchronous   video).     Frequently   Occasionally     Not  at  all     I  linked  to  videos   on  other  sites   (YouTube,   Lynda.com,  Vimeo,   etc.)     m   m   m   I  embedded  videos   from  video  sources   (YouTube,  Vimeo,   etc.)  into  Canvas     m   m   m   I  uploaded  videos   directly  to  course   management   system  (Canvas)     m   m   m   Other     m   m   m           109     Q4.5  Please  indicate  whether  or  not  videos  used  in  your  course  were  required   (mandatory)  or  supplemental  (optional):     Required     Optional     Not  specified     Third-­‐party  videos     m   m   m   Instructor-­‐created   videos     m   m   m   Student-­‐created   videos     m   m   m   Synchronous   (live)video     m   m   m   Other     m   m   m       Q4.6  If  you  used  instructor-­‐created  video  (e.g.  self  recordings,  recorded  lectures,   screencasts,  demonstrations,  etc.)  in  your  course,  what  is  the  approximate  average   time  length  of  those  videos?   m less  than  3  minutes     m 3  to  5  minutes     m 5  to  10  minutes     m 10  to  15  minutes     m more  than  15  minutes     m more  than  30  minutes     m more  than  60  minutes     m I  didn't  use  instructor-­‐created  videos       Q4.7  If  you  used  third-­‐party  video  (e.g.  TED  Talks,  Lynda.com,  Atomic  Learning,   music  videos,  news  clips,  etc.)  in  your  course,  what  was  the  approximate  average   time  length  of  these  videos?   m less  than  3  minutes     m 3  to  5  minutes     m 5  to  10  minutes     m 10  to  15  minutes     m more  than  15  minutes     m more  than  30  minutes     m more  than  60  minutes     m I  didn't  use  third-­‐party  videos           110     Q4.8  If  you  used  student-­‐created  video  did  you  set  a  time  limit  for  their  videos?    If  so   please  indicate  that  time  limit  (in  minutes).   m less  than  3  minutes   m 3  to  5  minutes     m 5  to  10  minutes     m 10  to  15  minutes     m more  than  15  minutes     m more  than  30  minutes     m more  than  60  minutes     m I  didn't  use  student-­‐created  videos       Q4.9  If  you  used  synchronous  (live)  video,  how  long  would  you  say  those   synchronous  video  sessions  lasted?  (in  minutes)   m less  than  3  minutes     m 3  to  5  minutes     m 5  to  10  minutes     m 10  to  15  minutes     m more  than  15  minutes     m more  than  30  minutes     m more  than  60  minutes     m I  didn't  use  synchronous  (live)  video       Q5.1  How  Videos  are  Used  in  Online  Courses         For  this  section  of  the  survey  you  will  be  asked  to  report  on  HOW  you  used  the   different  types  of  videos  in  your  course.    Please  continue  to  answer  the  following   questions  with  the  online  course  you  have  had  in  mind  throughout  this  survey.                -­‐-­‐ -­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐     Branched  Logic:  Visible  only  if  Q4.2  indicated  use  of  third  party  videos.   Q5.2  What  is  the  primary  purpose  of  the  third-­‐party  video(s)  used  in  your  online   course?   m Primary  course  content     m Supplemental  content     m Inspirational  content     m Entertainment     m Other    ____________________         111     Branched  Logic:  Visible  only  if  Q4.2  indicated  use  of  third  party  videos.   Q5.3  How  did  you  find  or  source  the  third-­‐party  video(s)  used  in  your  course?   (select  all  that  apply)   q I  searched  specifically  for  the  video(s)  used.     q I  discovered  the  video(s)  when  researching  the  topic,  lesson,  or  unit.     q A  colleague  recommended  it.     q I  had  used  the  video(s)  in  previous  courses.     q It  was  recommended  by  an  instructional  designer  working  on  the  course.     q It  was  a  companion  to  the  course  textbook  materials.     q Other    ____________________     Q5.4  Please  indicate  how  video  (of  any  kind)  was  used  to  deliver  Course  Content  in   your  online  course.    Mini  lecture:  a  short  component  or  segment  of  a  lecture  topic.   Full  lecture:  a  full  length  continuous  video  lecture  of  a  topic.  Screen  Recording:  a   screen  capture  of  computer  screen.  Short  video  segment:  a  component  or  segment   of  a  produced  video  (e.g.  documentary,  news  report,  film,  etc.).  Full  video  segment:  a   full  length  video  production  (e.g.  film,  television  show,  documentary,  etc.).     Frequently   Used   Used  more   Used  once   Never  used     used     several   than  twice     or  twice   times     Mini  lecture     m   m   m   m   m   Full  lecture     m   m   m   m   m   Screen   recording     m   m   m   m   m   Short  video   segment     m   m   m   m   m   Full  video   segment     m   m   m   m   m   Other     m   m   m   m   m           112     Q5.5  Please  indicate  how  video  was  used  as  a  Communication  Tool  with  students  in   your  online  course.     Frequently   Used   Used  more   Used  once   Never  used     used     several   than  twice   or  twice     times   Course   introduction     m   m   m   m   m   Introduction   to  instructor     m   m   m   m   m   Introduction   to   assignments   or  modules     m   m   m   m   m   Student   feedback     m   m   m   m   m   Class   discussions     m   m   m   m   m   Office  hours   (virtual)     m   m   m   m   m   Other     m   m   m   m   m       Q5.6  How  often  were  videos  (of  any  kind)  used  in  your  online  course?   m Every  week     m Almost  every  week     m About  every  other  week     m About  every  two  to  four  weeks     m Never       Q5.7  Which  of  the  following  online  video  platforms  did  you  use  to  share  or  embed   videos  for  your  online  course?  Mark  all  that  apply.   q YouTube     q Vimeo     q Lynda.com     q Atomic  Learning     q Netflix     q Hulu     q Facebook     q Canvas  built-­‐in  video  feature     q Other  ____________________         113     Q5.8  Please  indicate  if  and  how  students  were  required  to  create  video(s)  for  your   online  course.     Required     Optional     Not  Required     Student   introduction     m   m   m   Part  of  assignment   or  project     m   m   m   Discussion  post     m   m   m   Other     m   m   m       Q5.9  Did  you  use  any  synchronous  (live)  video  conferencing  tools?  (mark  all  that   apply)   q Skype     q FaceTime     q Google  Hangout     q Vidyo     q WebEx     q Other    ____________________     Q6.1  Feelings  on  Video  Use  in  an  Online  Course       For  this  section  please  continue  using  the  same  course  you  have  had  in  mind   throughout  this  survey  to  answer  the  questions  based  on  your  feelings  on  the  use  of   video  in  your  online  course.        Term  definitions:  Social  presence  -­‐  the  degree  to   which  interactions  approximate  the  next  best  experience  of  interacting  with  other   course  members  (instructor  and/or  students)  compared  to  face-­‐to-­‐face  interactions.   Student  engagement  -­‐  the  likelihood  that  a  student  will  take  an  action  in  the  online   course  after  viewing  a  video    (e.g.  take  online  quiz,  contribute  to  discussion  forums,   comment  on    video,  etc.).    Redundancy  -­‐  in  this  context  it  is  defined  as  the  content   redundancy  in  your  online  course  in  any  form  text,  audio,  video,  etc.          Split   attention  -­‐  the  learning  effect  that  requires  the  learner  to  split  their  attention   between  more  than  one  similar  form  of  information  display  (e.g.  text,  video,  image,   etc.).         114     Q6.2  The  use  of  instructor-­‐created  videos  (e.g.  self  recording,  recorded  lectures,   interviews,  screencasts/demonstrations,  etc.):     Strongly   Agree     Disagree     Strongly   N/A     Agree     Disagree     Increased  the   overall  quality   of  the  course     m   m   m   m   m   Increased   student   learning  in  the   course     m   m   m   m   m   Increased   social   presence  in   the  course   m   m   m   m   m   Increased   student   engagement   in  the  course     m   m   m   m   m   Increased   understanding   of  complex   topics     m   m   m   m   m   Reduced   redundancy  in   the  course   m   m   m   m   m   Reduced  split   attention  in   the  course     m   m   m   m   m           115     Q6.3  The  use  of  third-­‐party  videos  (e.g.  TED  talks,  Lynda.com,  Atomic  Learning,   music  videos,  Hollywood  movies,  television  shows,  etc.):     Strongly   Agree     Disagree     Strongly   N/A     Agree     Disagree     Increased  the   overall  quality   of  the  course     m   m   m   m   m   Increased   student   learning  in  the   course     m   m   m   m   m   Increased   social   presence  in   the  course     m   m   m   m   m   Increased   student   engagement   in  the  course     m   m   m   m   m   Increased   understanding   of  complex   topics   m   m   m   m   m   Reduced   redundancy  in   the  course   m   m   m   m   m   Reduced  split   attention  in   the  course     m   m   m   m   m           116     Q6.4  How  do  you  feel  about  the  use  of  synchronous  (live)  video  in  your  online   course?     Strongly   Agree     Disagree   Strongly   N/A     Agree     Disagree   Useful  for   virtual  office   hours     m   m   m   m   m   Useful  for   delivering   course   content     m   m   m   m   m   Useful  for   group   projects   m   m   m   m   m       Q6.5  In  general  how  would  you  estimate  the  amount  of  time  invested  in  teaching   online  compared  to  teaching  face-­‐to-­‐face?   m Significantly  more  time     m Slightly  more  time     m About  the  same  amount  of  time     m Slightly  less  time     m Significantly  less  time     m I  don't  teach  face-­‐to-­‐face  courses       Q6.6  Looking  back  over  your  online  course  experience,  was  there  a  specific  use  of   video  that  stands  out  as  the  most  useful/beneficial  (e.g.  to  the  course,  to  students,  to   you  as  the  instructor,  etc.)?    If  so,  please  describe  this  use  of  video  and  why  you   found  it  beneficial.    If  none,  skip  to  the  next  question.     Q7.1  Self-­‐Efficacy  of  Online  Video  Tools         Self-­‐efficacy  is  defined  as  the  extent  or  strength  of  an  individuals  beliefs  of  their  own   ability  or  skill  to  complete  a  task  or  reach  a  goal  with  technology.    This  section  of  the   survey  will  focus  on  the  technical  methods  used  to  incorporate  video  in  your  online   course  and  how  you  would  rate  your  technical  skills  and  knowledge  in  using   technology  to  enhance  learning.             117     Q7.2  Technology  is  a  broad  term  that  can  be  interpreted  in  many  ways,  for  the   purpose  of  this  study  please  keep  your  online  course  in  mind  and  answer  the   following  questions  about  the  use  of  digital  online  technologies  (e.g.  web  browsers,   content  management  systems,  discussion  forums,  blogs,  wikis,  online  video   platforms,  etc.)     Strongly   Agree     Disagree     Strongly   N/A     Agree     Disagree     I  solve  my   own   technical   issues.     m   m   m   m   m   I  learn  about   new   technology   on  my  own.     m   m   m   m   m   I  stay  up-­‐to-­‐ date  on  the   latest   technology.     m   m   m   m   m   I  experiment   with  new   technologies.     m   m   m   m   m   I  am  an   advanced   user  of   online  tools.     m   m   m   m   m           118     Q7.3  Using  your  online  class  you  have  had  in  mind  for  this  survey,  please  answer  the   following  questions  on  how  you  choose  technology  to  work  with  your  course   pedagogy.     Strongly   Agree     Disagree     Strongly   N/A     Agree     Disagree     I  use   technologies   that  enhance   my  teaching   in  the   course.     m   m   m   m   m   I  use   technologies   that  enhance   the  students'   learning  in   the  course.     m   m   m   m   m   I  use   technologies   that  enhance   the  course   content.     m   m   m   m   m   I  adapt   technologies   for  different   purposes  in   the  course.     m   m   m   m   m   m   m   m   m   m   I  carefully   evaluate  the   technology   used  in  the   course.           119     Q7.4  Again  with  your  online  course  in  mind  for  this  survey,  please  answer  the   following  questions  on  how  you  dealt  with  pedagogical  aspects  of  your  online   course.     Strongly   Agree   Disagree     Strongly   N/A     Agree     Disagree     I  know  how  to   assess  student   performance.   m   m   m   m   m   I  am  able  to  adapt   my  teaching   methods  to  better   match  student   understanding.   m   m   m   m   m   I  can  adapt  course   materials/delivery   for  various   learning  styles.   m   m   m   m   m   I  am  familiar  with   common  student   understandings  or   misconceptions.     m   m   m   m   m   I  organize  my   course  to  avoid   confusion  or   inconsistency.   m   m   m   m   m           120     Q7.5  Please  answer  the  following  questions  on  how  you  feel  about  the  content  area   of  your  online  course.     Strongly   Agree   Disagree     Strongly   N/A     Agree     Disagree     I  have   sufficient   knowledge  in   the  course   content  area.     m   m   m   m   m   I  have  various   methods  and   strategies  of   developing   understanding   of  course   content.     m   m   m   m   m   m   m   m   m   m   I  evaluate  the   course   content  to   ensure  it’s  up-­‐ to-­‐date.             121     Q7.6  Please  rate  your  own  level  of  knowledge  and  expertise  on  the  various  methods   of  incorporating  video  in  your  online  course.     Expert   Advanced     Novice     Beginner     N/A     Creating  and   sharing  a   video   hyperlink     m   m   m   m   m   Embedding   a  video  in   course   content   m   m   m   m   m   Filming  and   uploading   my  own   video   m   m   m   m   m   Editing  my   own  video   content     m   m   m   m   m   Capturing   my  own   screencast     m   m   m   m   m   Using   Canvas   built-­‐in   video   recording     m   m   m   m   m           122     Q7.7  When  developing  your  online  course,  you  felt  that  you  had  adequate  support   from  the  university  in:     Strongly   Agree   Disagree     Strongly   N/A     Agree     Disagree     Course   development   time     m   m   m   m   m   Instructional   design   resources     m   m   m   m   m   Technical   support  for   Canvas     m   m   m   m   m   Pedagogical   resources  for   online   teaching  &   learning     m   m   m   m   m   Professional   development     m   m   m   m   m   Video   production   assistance     m   m   m   m   m       Q7.8  Please  rate  the  following  areas  of  support  in  order  of  most  important  (1)  to   least  important  (5)  that  you  would  like  to  have  for  the  development  of  using  video  in   your  online  course.  (please  enter  each  value  only  one  time  to  rate  the  following  1-­‐5).   ______  Course  development  time     ______  Professional  development  in  online  teaching  &  learning     ______  Video  production  training  (shooting  &  editing   ______  Online  course  management  (Canvas)  training     ______  Instructional  Design  Support       Q7.9  Did  you  use  any  mechanism  to  monitor  the  student  views  of  video  in  your   online  course?   q I  used  the  Canvas  built-­‐in  monitor  to  check  student  views  of  videos     q I  used  view  counts  on  video  host  site  to  estimate  student  views  (e.g.  YouTube,   Vimeo  view  counts)     q I  used  a  survey  or  quiz  to  see  if  students  watched  the  videos     q I  did  not  check  to  see  if  students  viewed  videos  or  not           123     Q7.10  How  do  you  see  your  use  of  video  changing  in  the  next  1  to  2  years?  (mark  all   that  apply)   q I  would  add  more  videos  to  the  course     q I  would  require  students  to  contribute  videos  to  the  course     q I  would  not  change  the  amount  of  videos  in  the  course     q I  would  not  use  video  at  all     q Other    ____________________     Q7.11  How  often  do  you  seek  help  or  support  for  your  online  course  from  the  Online   Learning  Center?   m More  than  once  a  term/semester     m Once  each  term/semester     m Less  than  once  per  term/semester     m Rarely     m Never       Q7.12  Are  you  a  member  of  the  Reflective  Teaching  Community  hosted  by  the   Faculty  Development  Center  in  [location]?   m Yes     m No     m I  have  not  heard  of  it  before       Q7.13  Is  there  anything  else  you  would  like  to  say  about  your  own  experience   working  with  video  in  your  online  course?     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.1  Instructor  Created  Video    Y   ou  have  indicated  that  you  used  an  instructor-­‐created  video  in  your  online  course,   this  next  section  is  specifically  geared  toward  gaining  a  deeper  understanding  of  the   processes  and  thoughts  you  have  on  your  own  experience  creating  and  using   video.    This  section  will  help  provide  insights  into  the  decisions  made  by  instructors   when  choosing  to  create  their  own  video.    Your  participation  in  this  section  is   greatly  appreciated.___________________________________________         124     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.2  Please  indicate  the  primary  use  of  instructor-­‐created  video(s)  in  your  online   course.   m Mini  lectures  or  demonstrations.     m Full-­‐length  lectures  or  demonstrations.     m Communication  updates     m Course  related  instructions     m Entertainment     m Other  ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.3  Please  indicate  all  of  the  items  that  you  include  in  your  instructor-­‐created   videos.  (Mark  all  that  apply)   q Talking  head  (just  you  on  camera)     q Environmental  shots  (you  and  your  surroundings  on  camera)     q Screencast  (e.g.  recording  of  your  computer  screen)     q Presentation  slides     q Audio  (other  than  your  voice)     q Images     q Other  videos       Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.4  Do  you  make  materials  (e.g.  PowerPoint’s,  audio  recordings,  images,  files,  etc.)   used  in  your  instructor-­‐created  videos  available  for  students  to  download  or  access   (when  applicable)?   m Always     m Sometimes     m Never       Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.5  How  do  you  plan  the  instructor-­‐created  videos  you  create  during  the  course?   m All  videos  are  planned  and  created  in  advance  of  the  start  of  the  course.     m All  videos  are  planned  and  created  during  the  course.     m Videos  are  planned  and  created  both  in  advance  and  during  the  course.     m Videos  are  only  created  on  an  "as  needed"  basis  during  the  course.     m Other    ____________________         125     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.6  When  creating  video(s)  for  your  course  are  you  able  to  reuse  any  of  the  videos   created  in  future  course  terms/semesters?   m Each  video  is  only  created  for  the  current  course  term/semester.     m Videos  created  can  be  used  in  future  course  offerings  of  the  same  course.     m Videos  created  can  be  used  in  any  future  course  taught  by  me  (even  different   courses).     m Other  ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.7  Are  students  able  or  required  to  respond  to  any  of  your  instructor-­‐created   videos?   m Students  are  able  to  respond  to  videos  if  they  choose.     m Students  are  required  to  respond  to  videos.     m Students  are  not  able  to  respond  to  videos.       Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.8  Please  indicate  any  of  the  following  video  accessibility  features  used  in   instructor-­‐created  videos.  (mark  all  that  apply)   q Subtitles     q Transcripts     q Closed  captions     q Equitable  written  text  alternative     q Audio  only  alternative     q None     q Other  ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.9  How  would  you  rate  the  quality  of  the  video  you  created  for  the  course?   m Highest  possible  quality  exceeding  expectations     m Good  quality  meeting  expectations     m Poor  quality  failing  to  meet  expectations     m Unusable  and  will  not  use  again     m Other  ____________________         126     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.10  When  creating  your  videos  how  much  consideration  is  given  to  your   audience?   m The  audience  is  the  central  consideration  of  the  video  production.     m The  audience  is  important,  but  the  content  or  subject  matter  is  the  central   consideration  for  video  production.     m I  don't  think  about  the  audience  specifically,  I  just  create  the  video.     m Other    ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.11  When  creating  your  own  videos  what  kinds  of  support  do  you  utilize?  (mark   all  that  apply)   q Online  tutorials     q Professional  development  groups     q Online  Learning  Center  (OLC)     q Colleagues   q Teaching  assistants     q I  don't  utilize  any  support   q Other  ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.12  How  would  you  rate  the  overall  production  value  of  the  video  you  created  for   the  course?   m High  production  value  with  strong  visual  elements,  professional  level.     m Moderate  production  value,  could  have  used  stronger  visual  elements,  almost   professional  level.     m Low  production  value,  amateur  in  appearance.     m Other  ____________________     Branched  Section:  Only  visible  if  Q4.2  Indicated  Instructor-­‐created  video  was   selected.   Q8.13  Is  there  anything  else  you  would  like  to  share  about  your  experience  creating   your  own  videos?  If  so  please  write  about  it  below.     End  of  Branched  Section     Q9.1  Reflections  on  Teaching  Online       In  this  final  section  of  the  survey,  please  take  a  moment  to  reflect  back  on  your   online  course  teaching  experience.    Is  there  anything  else  you  would  like  to  add       127     about  your  experiences  using  video  in  online  courses  or  any  suggestions  you  would   like  to  make  regarding  support  for  instructors  wanting  to  use  videos  in  their  online   courses?    If  so,  please  write  about  it  below.                     128     APPENDIX  B       Open-­‐ended  Faculty  Survey  Responses                             129     Open  Ended  Reflection  Survey  Responses       Each  code  (1,  2,  3,  4)  corresponds  to  the  associated  research  question.       Table  19     Open-­‐ended  Instructor  Reflection  Responses  for  Q6.6   RQ  Code   Responses   Q:  6.6   Looking  back  over  course  experience,  was  there  a  specific  use  of  video   that  stands  out  as  the  most  useful/beneficial?   3   2,  3   1,  2   2,  3   2   2   1,  2   1,  2   2     I  think  video  is  a  great  way  to  engage  online  and  in  classroom.  3rd  party   videos  can  often  present  information  in  an  interesting  way.  Students   also  share  a  lot  of  videos  in  the  discussions.      I  would  like  to  use  videos   more  often,  however,  I've  found  that  the  mouth  often  doesn't  keep  up   with  the  audio,  plus  the  video  is  very  low  resolution  in  the   announcements.  If  you  can't  really  see  the  person's  face,  then  it  doesn't   really  have  the  impact.  As  a  result,  I  often  use  audio  comments  in   assignment  feedback  instead  of  video.     My  entire  course  is  structured  around  a  series  of  interviews  with  a  REAL   client  who  supplies  students  with  information  so  they  can  accomplish   his  goals  in  the  marketplace.    Students  do  parts  of  the  project  week  by   week.    I  feel  these  videos    help  create  a  real-­‐world  experience  for   students.         Introduction  to  the  course  -­‐  including  grading  policies.  Introduction  to   the  professor  (me,  of  course)  as  I  don't  see  my  students  face-­‐to-­‐face.     Students  could  "meet"  important  people  in  the  field,  not  just  read  about   them.   To  connect  with  students  and  to  explain  challenging  concepts  and   expectations   It  is  beneficial  to  stop  a  video  for  instructor  to  add  to  content,  clarify  or   build  on  talking  points.    This  time  is  also  very  beneficial  to  ask  and   answer  student  questions  arising  from  video.   Videos  used  to  explain  difficult  concepts  are  very  helpful  and  it  gives   students  a  break  from  the  textbook  and  online  reading.   Creating  augmented  reality  projects  and  learning  Jing   The  video  helps  students  who  are  visual  learners.    It  helps  them  to  see   and  hear  the  concepts  and  reinforces  the  learning  process.    Movie  clips   that  I  have  used  also  show  the  application  of  the  concept  in  a  situation   which  is  very  beneficial  for  students.     (continued)     130     Table  19  (cont’d)   2   I  like  to  create  a  tour  of  the  course  at  the  beginning  of  week  1  to  show     them  how  I  have  it  organized  and  I  create  a  screencast  of  each   assignment  to  make  sure  there  is  no  confusion  as  to  what  I  expect.   2,  3   Interviews  of  practioners  in  the  field.     2,  3   For  me,  I  use  video  primarily  to  link  students  to  interesting  examples  of   the  concepts  under  discussion,  and  for  virtual  office  hours.     2,  3   I  offered  the  videos  to  provide  outside,  relevant  information.  Students   who  took  advantage  of  the  videos  appreciated  them  and  provided   positive  feedback.  Those  who  didn't,  it's  their  loss.     2   Any  time  students  can  "see"  what  one  is  trying  to  teach  it  is  more   powerful.     1   Used  a  PBS  video  on  the  mentally  ill  in  the  criminal  justice  system.    It   validated  the  problem,  which  is  often  not  recognized,  with  students.     Used  it  as  a  lead  into  a  weekly  discussion  board  question.     2   Provides  a  means  to  cover  the  material  in  more  detail.     2,  3   I  have  had  a  number  of  students  write  me  or  write  on  the  evaluations   that  the  Instructor  video  as  an  introduction  really  helped  them  get   started  in  the  course.  Other  documentaries  I  have  used  always  enhance   my  courses-­‐-­‐both  in-­‐class  and  online.     2   YouTube  video  on  2008  US  sub  prime  mortgage  situation  was  helpful.     2   My  use  of  various  video  content  is  tied  directly  to  the  objectives  of  a   given  module  or  lesson.  No  specific  type  stands  out  for  me  in  the   abstract.     2   I  used  it  to  record  a  lecture  during  a  holiday  week  when  we  had  to  cancel   class  in  lieu  of  my  normal  full  class  lectures.     2,  3   I  show  a  movie  on  the  Grameen  Bank.  The  actual  content  of  the  film  is   not  the  point,  although  the  students  seem  to  love  learning  about  this   process.  What  they  must  focus  on  is  how  the  bank  employees   communicate  with  uneducated  rural  Bangladeshi  women.  We  hen  apply   those  communications  techniques  to  the  final  project.  It  is  an  eye-­‐opener   for  many  students  who  know  nothing  of  the  developing  world.     (continued)         131     Table  19  (cont’d)   1,  2,  3   Hans  Rosling’s  TED  talks  on  world  population  growth  trends  have  been   very  helpful  to  dispel  myths  and  stereotypes  in  my  courses  because  of   the  outstanding  use  of  visual  aids  to  explain  the  data  much  more   effectively  than  any  reading  I’ve  found.    In  particular,  Religion  and   Babies  and  also  Global  Population  Growth  Box  by  Box   https://www.ted.com/speakers/hans_rosling     2,  3   The  most  beneficial  way  to  use  videos  that  I've  encountered  is  to  show   the  religious  traditions  we  are  learning  about  in  practice:  e.g.,  a  short   clip  of  a  given  religious  ritual.  Many  students  find  these  short  clips   engaging  and  opt  to  write  about  them  later  -­‐-­‐  but  it's  also  educationally   important  to  see  the  discrepancies  between  a  textbook  account  of   practice  and  the  way  actual  practitioners  practice  (we  have  several   assignments  designed  to  get  at  this  as  well).     2   Once  students  have  mastered  course  content,  they  view  a  movie  selected   specifically  for  the  topic  (example:    body  language)  and  respond  to   questions  designed  to  measure  how  well  the  student  is  able  to  apply   what  he  or  she  has  learned  to  "live"  situations  captured  on  video.     2   A  previous  instructor  imbedded  video  in  another  online  course  I  teach.  I   find  these  videos  very  helpful  as  a  learning  mechanisms  for  my  students.   They  provide  additional  information  on  course  concepts  since  students   can  see  and  hear  real-­‐life  examples.     1,  2   I  offer  to  Skype  with  anyone  in  the  course  to  get  to  know  the  participants   better  and  to  provide  a  platform  to  explain  difficult  concepts  face-­‐to-­‐ face.  My  experience  now  over  5  classes  and  around  50  students  is  that   less  than  10%  are  interested  in  doing  tis.     2   Other  experts  in  the  field  providing  their  input  on  a  specific  topic     2   Less  reading.    Previously  I  would  try  to  write  up  the  information  and  it   was  difficult  to  assess  and  read.    A  video  resolves  that  with  audio,  visual   images.     3   The  videos  I  use  provide  practioner  insight.    The  student  then   understands  how  theories  and  rules  relate  to  the  real  world.     2   Greater  understanding         (continued)       132     Table  19  (cont’d)   2,  3   Third-­‐party  video.    Integration  of  resources  beyond  the  textbook  helps   to  deepen  the  learning  process.    This  allows  for  more  student  interaction   in  group  discussions  as  well  as  student  engagement  throughout  the   course.     2   I  feel  the  students  enjoy  having  the  option  to  use  it  for  their  discussions   in  situations  when  they  want  to  be  able  to  convey  their  opinion  and   make  sure  that  their  tone  is  not  misconstrued.    I  use  self-­‐made  videos  in   the  beginning  of  the  course  to  explain  my  expectations  for  the  course  in   an  effort  to  make  things  clear  to  the  students,  but  I  have  observed  that   many  of  them  will  skip  over  it.     1   Professor  vid's  that  define  the  weekly  assignments  and  discussion   threads.    Video's  from  YouTube  that  interpret  and  explain  certain   elements  of  the  course.     1   Introduction  and  key  concepts     1,  2   I  use  video  in  a  number  of  ways  in  the  course:  1.  I  record  short  (less  than   a  minute)  mini-­‐lectures  that  generally  frame  a  unit  for  the  student  2.  I   use  my  iPhone  to  capture  short  (less  than  a  minute)  "expert  lectures"   that  I  add  to  the  course  3.  I  have  also  recorded  Skype  interviews  with   experts  who  reinforce  the  material  in  the  course  or  add  to  it.             Table  20     Open-­‐ended  Instructor  Reflection  Responses  for  Q7.13   RQ  Code   Responses   Q7.13   Is  there  anything  else  you  would  like  to  say  about  your  own  experience   working  with  video  in  your  online  course?     3   I  teach  at  another  university  who  uses  video  as  part  of  the  curriculum.   Although  I  am  not  part  of  those  videos  (faculty  at  main  campus),  I   believe  students  benefit  from  hearing  someone  talk  about  the  material   rather  than  just  reading  material.  I  do  believe,  however,  that  the  videos   are  'dry'  and  could  use  some  'help'  to  make  them  more  engaging.     1   I  do  use  videos  in  my  online  course  nor  in  my  in-­‐person  classes.     (continued)       133     Table  20  (cont’d)   4   It  would  be  helpful  to  faculty  if  a  resource  on  best  practices  for   incorporating  video  into  the  online  classroom  were  available,  as  well  as   suggested  strategies  and  an  explanation  of  pedagogical  rationale  as  to   when  using  video  is  appropriate.     4   I  welcome  training  on  recording  and  editing.     4   I  have  a  lot  of  students  who  are  in  foreign  countries.  The  bandwidth  in   those  countries  makes  it  the  use  of  video  very  problematic.  China,  for   instance,  blocks  all  video.  Even  if  it  were  not  blocked,  the  bandwidth  is   very  poor  making  it  nearly  impossible  o  view  video.  Students  in   Afghanistan  have  thanked  me  for  being  sensitive  to  this  issue.  I  have  also   personally  taken  classes  while  overseas.  The  video  components  of  those   classes  were  completely  useless  because  of  bandwidth  issues.  Even  in   the  US,  I  teach  [university]  courses  at  Walmart.  Walmart's  internal   security  can  make  even  PowerPoint  presentations  difficult.  I  hope  this   helps.     2,  4   I  believe  video  is  a  valuable  tool  for  the  courses  and  would  suggest  we   promote  innovative  ways  to  continue  to  incorporate  video  in  the   courses.   4   I  designed  and  taught  the  first  few  online  courses  in  International   Relations.  the  help  I  received  in  those  first  years  was  professional,  top-­‐ notch  and  very  kind  to  a  novice.    However,  I  have  noted  that  recently  the   online  office  is  not  as  available  to  me  as  in  the  first  years-­‐-­‐so  I  do  not  add   as  many  videos  as  I  once  did  because  getting  help  is  more  difficult.      That   is  a  shame  because  the  help  provided  by  [university]  Online  set  it  apart   from  other  Universities.  The  program  was  a  level  above  others  because   the  faculty  were  more  prepared  to  teach  online  and  could  get  help  to   improve  their  courses.  If,  as  with  all  other  cuts,  the  level  of  help  at   [university]  becomes  limited,  the  online  program  will  suffer.     4   My  time  is  limited  so  I  have  to  use  my  time  wisely.     1,  2   I  teach  Camtasia  (beginning  and  advanced),  am  proficient  with  Premiere   Pro,  and  do  video  work  for  my  full-­‐time  position  at  a  major  university  -­‐   plus  video  work  on  the  side.  I'm  still  learning,  but  am  immersed  in   educational  videos  almost  on  a  daily  basis.                 (continued)       134     Table  20  (cont’d)   4   Students  like  to  watch  videos,  but  most  of  them  are  creating  their  own   videos,  nor  do  they  seem  to  want  to  interact  like  that.  I've  had  several   communicate  that  they  enjoyed  my  audio  comments  on  their   assignments.  As  far  as  creating  short  videos  in  Canvas  I've  found  quality   to  be  lacking.  The  videos  for  announcements,  for  example,  are  low   resolution  and  really  blurry,  plus  the  timing  is  off  with  the  audio.  I've   even  used  my  own  higher  resolution  recording  and  uploaded  it  with  the   same  results.     1,  2,  4   I  think  it  was  great  to  create  and  use  original  videos  for  my  class,  but  it  is   very  time-­‐consuming.        There  are  so  many  wonderful  technologies   possible,  but  many  of  my  colleagues  say  that  they    DON'T  use  all  the   "bells  &  whistles"  because  the  deadlines  are  too  tight  to  develop  courses   with  this  kind  of  customization.          Also,  the  pay  is  extremely  low  to   develop  a  class  with  original  content.    For  example,  the  adjunct  who   taught  a  section  of  my  class  was  paid  $3,500.        To  develop  the  class,  I   was  paid  $2500.    This  really  does  not  make  sense.     1,  2,  4   I  found  it  much  more  difficult  to  prepare  a  short  introduction  to  myself   and  the  course  using  the  Canvas  built-­‐in  video  recording  feature  than  I   have  speaking  in  front  of  a  face-­‐to-­‐face  class,  as  a  result  of  which  I  simply   gave  up  my  original  idea  of  trying  to  prepare  short  video  lectures  on  the   course  content.    Recently,  however,  a  colleague  told  me  that  he  had   simply  videotaped  one  of  his  lectures  in  a  face-­‐to-­‐face  class  and  posted  it   online,  which  I  think  is  a  great  idea.  I'd  like  to  try  that  approach.     4   Adjuncts  are  basically  on  their  own  when  it  comes  to  technology.  We   aren't  provided  any  equipment,  connectivity,  or  training  so  we  have  to   work  with  whatever  we  have  or  can  afford.    Increasing  the  use  of   technology  by  adjuncts  would  require  the  school  to  provide  the   necessary  equipment,  or  access  to  it,  in  order  to  succeed.     4   I  have  learned  a  lot  through  the  years,  but  I  don't  want  to  be  an  expert  in   this.  i  just  want  help  from  an  expert  to  make  it  happen.  I  have  other   things  to  do.     4   I  would  like  more  support/tools  in  how  to  develop  my  own  professional   videos  for  online  course  content.                 (continued)       135     Table  20  (cont’d)   1,  4   I  am  not  using  video  in  my  courses  but  have  used  video  in  a  leadership   class  where  green  screens  were  captured  and  implemented  for  short   discussions.  I  would  like  to  implement  some  of  these  techniques  into  my   management  courses  in  the  future.     3   Video  is  very  important  to  engage  the  student.  It  is  also  one  of  the   reasons  that  I  am  particularly  interested  in  working  in  the  online   environment.  I  am  looking  for  ways  to  translate  my  30+  years  of  face-­‐to-­‐ face  teaching  to  the  video  environment.     2   I  am  not  the  (mentor)  for  this  course  and  do  not  have  development   rights;  I  only  teach  it.    I  try  to  modify  tools  and  materials  each  semester   to  augment  the  course,  but  these  are  temporary.    All  courses  need  to  be   reviewed  for  appropriate  content  and  methodology.     4   I  took  this  survey  with  reference  to  the  online  course  I've  taught  most   recently:  I  was  not  the  primary  developer  on  that  course,  nor  am  I  paid   to  develop  or  revise  it,  so  while  I  invest  a  lot  of  time  each  term  in   bringing  the  content  up  to  my  own  standards  (up-­‐to-­‐date,  no  typos,   questions  and  lectures  and  assignments  framed  in  the  way  I  prefer),  I   have  not  invested  much  time  in  recording  and/or  editing  my  own  videos   because  there  is  no  guarantee  that  they  would  be  useful  once  the  master   course  is  again  updated.  (I  do  hunt  up  third-­‐party  video  to  enhance  the   course  content;  sometimes  I  embed  clips  if  I  anticipate  using  them   repeatedly.)  When  I  was  paid  to  develop  a  online  course  several  years   ago,  by  contrast,  I  happily  invested  a  lot  of  time  in  making  and  editing   my  own  videos.       (continued)           136     Table  20  (cont’d)   1,  4   The  only  reason  I  do  not  have  any  instructor  made  videos  in  my  courses   is  because  I  am  nervous  about  it.    But  I  know  I  need  to  get  over  that.    I   have  storyboarded  ideas  that  I  want  to  flesh  out  with  Camtasia  this  year.         I  know  that  [university]  has  outstanding  resources  for  the  whole   technical  side  of  creating  the  videos  at  the  OLC,  but  I'm  not  sure  that   most  (at  least  adjunct)  instructors  do.        Using  join.me  for  working   through  assignment  problems  with  students  in  video  chats  has  been   incredibly  helpful.    I  is  very  hard  to  talk  about  multi-­‐tab  spreadsheets   and  equations  over  the  phone.        I  don't  use  synchronous  video  in  my   courses  because  my  students  are  always  spread  around  the  globe  and   have  crazy  work  schedules.    The  appeal  of  online  learning  for  them  i  that   they  get  to  do  it  at  their  convenience  rather  than  at  a  set  time.    The   carefully  curated  videos  that  I  use  throughout  my  weekly  course  content   and  also  in  my  comments  in  discussion  serve  as  the  most  ideal  guest   speakers  (with  TED  talks)  or  to  graphically  and  simply  convey  complex   ideas  and  concepts.    Students  constantly  express  thanks  for  them  to   break  up  all  the  reading.    It  creates  a  more  engaging  course.    I  believe  it   is  a  culturally  important  evolution  in  learning.  It  increases  engagement,   which  increases  knowledge  and  understanding.    I  use  it  in  big  and  also   very  small  ways  (For  example,  if  I  mention  a  book  in  discussion,  I'll  link   to  the  book  trailer.  )    I  know  that  students  are  clicking  through  and   watching  because  of  their  comments  in  discussion.  To  not  use  video  in   screen-­‐based  education  would  ludicrous  and  limiting.     4   Videos  can  require  bandwidth  as  well  as  consuming  monthly  download   limits,  not  all  students  have  campus  grade  Internet  access  and  videos   could  be  both  time  consuming  and  expensive  for  them.                                       137     Table  21     Open-­‐ended  Instructor  Reflection  Responses  for  Q8.13   RQ  Code   Responses   Q8.13   Is  there  anything  else  you  would  like  to  share  about  your  experience   creating  your  own  videos?   1,  4   If  I  had  more  time,  I  would  incorporate  more  multimedia  into  my  screen   capture  videos  (talking  head,  relevant  images,  b-­‐roll)  but  time  has  been   an  issue.  I  hope  to  incorporate  some  of  these  changes  over  the  summer.     I  also  aspire  to  create  a  video  introduction  for  each  of  the  weekly   modules,  but  this  is  merely  an  aspiration.  I  have  the  technical  know-­‐how   to  do  it,  it's  again  a  matter  of  time  as  video  production  can  be  a  time   consuming  process.     4   Please  help  me.     4   I  need  to  re-­‐shoot  all  of  the  videos,  as  my  expertise  has  improved  greatly   since  I  made  them.  But,  there  is  currently  no  development  time  for  me  to   do  so.     1,  4   As  I  stated  on  the  previous  page,  I  found  it  very  difficult  to  prepare  even   a  very  short  introductory  video,  and  thus  gave  up  on  the  idea  of   preparing  longer  video  lectures  on  the  course  content.     1,  2   I  am  clarifying  material  they  already  have  as  text  in  the  video.  I  find  that   reinforces  the  importance  of  the  text  material  and  the  students  prefer  to   watch  rather  than  read.  I  am  such  an  amateur  I  don't  have  much  sparkle   in  the  videos  -­‐  just  me  explaining  what  I  want  them  to  understand.                                       138     Table  22     Open-­‐ended  Instructor  Reflection  Responses  for  Q9.1   RQ  Code   Responses   Q9.1   Is  there  anything  else  you  would  like  to  add  about  your  experiences   using  video  in  online  courses  or  any  suggestions  you  would  like  to  make   regarding  support  for  instructors  wanting  to  use  video  in  their  online   course?     2,  3   My  main  suggestion  is  that  videos  need  to  be  short-­‐-­‐if  you  have  a  lot  of   content  that  want  to  convey  via  video,  break  a  longer  video  down  into   smaller  parts.  I  think  that  student  attention  waivers  if  the  video  is  more   than  a  few  minutes  long.     1   There  is  a  site  called  "TubeChop"  that  allows  users  to  "chop"  YouTube   segments.  I  think  this  site  is  particularly  useful  for  online  courses,  as  the   instructor  can  "chop"  exactly  what  he/she  wants  from  a  YouTube  video.   This  is  good  for  the  modular  nature  o  much  of  online  learning.     4   The  school  needs  to  provide  some  tools.  At  this  time  we  must  find  all  of   our  own  technology  and  connectivity.     4   It  would  help  to  include  video  business  simulations  that  really  link  the   theory  to  the  action  of  the  subject  matter.     4   Much  of  what  I  would  have  said  I  have  already  stated  in  earlier  parts  of   this  survey.    I  will  add  that  any  resources  that  might  be  developed  in   support  of  our  online  instructors  would  also  be  of  great  benefit  to  faculty   who  teach  in  face-­‐to-­‐face  environments  as  well.     2,  3   Most  videos  are  value  added  to  explain  a  concept  or  thought  to  students.     As  long  as  they  are  short  (5-­‐15  mins)  they  will  be  viewed  by  most   students.    Longer  videos  lose  their  attention.     4   Give  new  online  instructors  the  opportunity  to  practice  embedding   videos  prior  to  teaching  online.     4   Time  is  a  major  factor  in  making  video  viewing  voluntary.       (continued)                           139     Table  22  (cont’d)   2,  4   Online  teaching  is  different...not  different  bad...but  different.  The  student   is  often  different  with  different  needs.  One  cannot  teach  online  students   as  one  does  face-­‐to-­‐face  students.  Also,  the  time  commitment  is  more,   not  less.  They  need  our  presence  ally  with  "high  touch"  so  they  feel  what   they  might  feel  in  the  traditional  classroom  but  without  hovering  or   being  too  intrusive  to  allow  free  communication,  dialog,  and  sharing.     1,  2   I  support  the  use  of  video  in  online  courses.    Personally,  I  want  to   include  more  instructor  and  student  videos  in  the  course  in  the  coming   years.     2   I  suspect  a  common  thought  is,  "Why  should  I  reinvent  the  wheel?  If   there  is  a  video  out  there  already  made  to  show  what  I  want  to  show,   why  should  I  bother  to  make  one?"  My  response  to  this  is  that  students   will  learn  better  and  differently  (in  a  good  way)  if  they  see  their  actual   instructor  on  screen  and  know  the  instructor  made  the  content,  rather   than  just  being  given  a  link.  It  makes  it  more  authentic  to  the  students.   They  respect  the  instructor  more  for  having  created  the  video  rather   than  just  using  someone  else's  material.  Professional  quality  video   counts  for  less  than  personally  made  video  by  the  instructor.     4   Need  to  work  with  adjunct  instructors  well  in  advance.     4   Face-­‐to-­‐face  training  sessions  would  be  helpful!     2   Videos  help  me  reach  all  learning  styles  so  I'm  able  to  reach  more   students!!     1   I  do  like  teaching  online,  and  have  only  begun  using  videos  in  the  last  2-­‐3   years,  even  in  a  course  I've  taught  for  much  longer.  The  Online  Learning   team  is  essential.     4   I  think  more  professional  development  is  needed  to  teach  professors   how  to  create  good  quality  educational  videos  that  are  centered  around   the  learners  and  student  learning  outcomes.  I  had  to  learn  how  to  do  this   on  my  own  -­‐  reading  many,  many  research  articles,  books,  and   professional  tutorials.  I  think  more  training  is  needed  to  help  others.     3   Video  does  enhance  the  student  experience  in  online  courses,  as  well  as   on-­‐ground  courses.       (continued)               140     Table  22  (cont’d)   2   My  course  is  aligned  with  the  face  course  of  the  same  name.    It  is  a   technical  course  and  I  do  not  use  video  in  the  face  course,  so  I  would  not   deviate  for  the  online.    This  is  NOT  a  course  that  a  video  would  enhance.     1,  2   Instructor  video  used  was  developed  by  the  lead  faculty  at  [university]   and  used  to  introduce  the  course.    The  3rd  party  video  was  used  to  show   a  quality  management  concern.     4   Need  to  offer  extra  time  and  money  to  people  working  on  classes  with   original  videos  and  content.    We  have  to  be  able  to  differentiate  our   courses  from  other  online  classes  at  other  universities.     1,  2   As  I  stated  2  pages  back,  I'd  like  to  try  to  videotape  lectures  in  face-­‐to-­‐ face  classes  and  post  them  in  my  online  classes,  perhaps  with  some   minimal  editing.  I  also  like  to  use  video  clips  from  third-­‐party  sources  to   illustrate  key  points,  but  I  try  to  keep  such  clips  as  short  and   entertaining  as  possible.  To  encourage  students  to  watch  them,  I  like  to   create  extra-­‐credit  exercises  based  on  them.      As  for  supporting   instructors  wanting  to  use  videos,  I'd  suggest  an  open  exchange  of   experience  or  kind  of  best  practices  exchange,  where  faculty  are  invited   to  describe  their  experiences  and  encouraged  to  post  both  self-­‐made  or   third-­‐party  videos  that  worked  best  for  them.     1,  2   The  more  academic  the  topic,  the  more  important  it  is  to  find  a  way  to   relate  it  to  the  business  environment.    I  find  selecting  clips  which  show   students  how  the  concepts  are  applied  not  only  increases  the   understanding  or  the  topic  but  why  it  is  included  in  the  course.    I  also   find  these  are  good  forums  to  allow  creative  thought  and  expression  in   discussion  questions  on  the  topic.     4   I  did  not  see  where  the  use  of  videos  provided  by  the  publisher  was   addressed  in  this  survey  which  may  have  skewed  some  of  the  responses.       I  believe  some  training  on  use  of  videos  in  courses  would  be  helpful.     2   Using  movies  or  YouTube  media  enhance  the  class,  especially  for  this   age  group.  They  are  very  comfortable  with  visuals  and  are  not  strong   readers  (in  general).  I  feel  we  must  include  videos  in  order  to  reach  our   students.  I  have  just  started  using  the  min-­‐lecture  videos  and  they  have   been  well  received.  When  I  have  more  time,  I  will  learn  more.     4   The  OLC  was  helpful  in  creation  of  videos  for  my  courses  they  lost  some   before  they  were  imported  in  course.     (continued)       141     Table  22  (cont’d)   2   It  would  be  nice  to  know  how  to  incorporate  videos  from  textbook   resources.     4   Guidance  from  the  instructional  designers  to  include  new  technologies   (including  video)  is  very  helpful,  but  some  designers  are  better  at   providing  guidance  and  making  suggestions  more  than  others.  It  would   be  quite  helpful  for  instructional  designers  to  provide  lots  of  information   about  different  ways  to  translate  course  materials  and  content  into  an   online  environment.     2   Taking  this  survey,  reminded  of  other  ways  to  use  video.  I  used  to  use   Skype  but  many  students  were  not  ready  to  use  the  tool.  Now  I  am  sure   many  students  could  use  Skype.    I  think  another  challenge  is  there  are   videos  that  can't  be  watched  on  ipads  or  hones     1,  2   When  I  did  the  exams,  I  very  much  appreciated  the  videos  provided  by   Stalla  to  supplement  the  written  text.  The  material  summarizes  the  text   and  presents  the  material  in  an  organized  fashion.  I  would  like  to   develop  the  same  "look-­‐and-­‐feel"  for  my  online  course.  I  think  that  this  is   important  for  getting  the  material  across  to  the  students.     1,  2,  3   Student  feedback  has  been  exceptionally  gratifying.    They  claim  to  have   learned  more,  to  have  viewed  movies  they  have  seen  previously  in  a   completely  new  light  as  they  analyzed  the  characters  communication   strategies,  and  to  request  to  sign  up  for  other  curses  I  teach.     1,  4   I  used  video  a  few  times  several  years  ago.  I  found  that  although  it  was   very  useful,  it  essentially  became  more  trouble  than  its  value.  If  there   was  a  method/program/system  or  something  in  place  to  make  creation   of  simple  lecture  videos  an  easy  task,  I  would  use  it.       You  really  didn't  survey  what  you  claimed  to  survey.    You  really  just   wanted  to  know  what  I  do  in  my  class.    Also,  I  can  pretty  much  guarantee   that  most  users  of  your  survey  do  not  have  a  fundamental  knowledge  of   what  'split-­‐attention'  and  'redundancy'  means  relative  to  online   learning.  (I've  studied  this  content  in  detail  and  teach  it  often.  )                   142                             REFERENCES                                 143     REFERENCES       Abbitt,  J.  (2011).  An  investigation  of  the  relationship  between  self-­‐efficacy  beliefs   about  technology  integration  and  technological  pedagogical  content   knowledge  (TPACK)  among  preservice 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