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144 H.ChaandH.-J.So
teachingand learning, supportingdiversity, and improvingefficiency (Sharpe,Ben-
field,Roberts&Francis, 2006). Indeed, students in the previous studies described
self-control, flexibility, and diversity as positive features of the blended approach.
However, as seen in low student satisfaction in some studies (e.g., Griffiths et al.,
2015), it iscrucial toconsiderhowtoemployMOOCcontents inablendedcontext.
That is, instructors shouldfirst consider how to integrateMOOCs into their formal
educationcontextssince therearevariedblendedlearningconceptsandapproaches.
9.3.2 IntegrationApproachII: IntegratingMOOCs
inFlippedLearning
The second andmost prevalent integration is aflipped learning approach that inte-
gratesMOOCs intopre-classactivities topromote student-centered learningduring
face-to-facein-classsessions(Hungetal.,2018).Ingeneral,flippedlearningconsists
ofpre-class, in-class, andafter-classactivities.Flipped learningoriginated fromthe
ideaofhowinstructorsbetterutilizein-classtime(Tucker,2012).Duringthein-class
time in flipped learning, it is crucial to havemore interactions between peers and
instructors throughstudent-centeredactivities.Tomakethein-class timemoreinter-
active and student-centered, instructional video lectures are considered a powerful
tool toreplaceteacher-ledpassivelectures.Theconceptbehindflippedlearningis to
makestudentsmoreactivelyengaged in learning, rather thanpassiveparticipants in
teacher-led lecturesduring theface-to-face in-class time(Bishop&Verleger,2013).
In this respect,MOOCscoursesandvideoscanalsoplayan important role inhelp-
ing instructors transformsuch instructor-centric lectures to student-centric learning
experiences.
Inthissection,weconsiderpreviousstudiesthatusedMOOCsasaflippedlearning
approach in traditional brick-and-mortar university contexts.Table9.4presents the
summaryofprevious studies in the integrationapproach II.Bruff,Fisher,McEwen,
and Smith (2013) designed a course as a flipped learning approach by combining
MOOC lectures and in-class activities such as supplementary reading and seminar
in a traditional formal education setting. Tenweeks during the 14-week semester
includedMOOCs components so that the instructor was able to focus on in-class
activitieswith interactive discussion and challengingmaterials. In this case study,
studentsdescribedtheMOOCcontentsaseffective, informative,anduseful forself-
paced learning and thought that online lectures opened up a space for productive
in-classdiscussions.Themostobviouschangewas thatstudents recognized therole
of the instructor as a facilitator for in-class activities. However, they also pointed
out somechallenges suchas themisalignmentbetweenonline lectures and in-class
components.
Ghadiri,Qayoumi,Junn,Hsu,andSujitparapitaya(2013)conductedapilotstudy
that adopted flipped learningwith three distinct activity phases: online outside-of-
the class with edX contents, in-class team-based learning, and after-class activi-
ties as described in Table 9.5. In the pilot study, despite student complaints about
Radical Solutions and Open Science
An Open Approach to Boost Higher Education
- Titel
- Radical Solutions and Open Science
- Untertitel
- An Open Approach to Boost Higher Education
- Herausgeber
- Daniel Burgos
- Verlag
- Springer Open
- Datum
- 2020
- Sprache
- englisch
- Lizenz
- CC BY 4.0
- ISBN
- 978-981-15-4276-3
- Abmessungen
- 16.0 x 24.1 cm
- Seiten
- 200
- Kategorie
- Informatik