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160 M.-S.Ramirez-Montoya
becomeincreasinglyrelevant(Shivdas&Sivakumar,2016).However, it is important
torecognizethattherearestillmanyopportunitiesintheopeneducationalmovement,
ethical ideologies are not essential components of this movement, academics are
required to develop a sense of cultures of digital participation and literacy, with
theintegrationoftechnologies(Veletsianos&Kimmons,2012).Theopeneducation
movementhashadupsanddownsduetotheinitialinterestintransparency,openness,
lack of reuse of open educational resources, but has increased its interest in open
masscourses (MOOCs) (Pirkkalainen,Pawlowski andPappa,2017).
Open educational resources (OER) have been an important engine in the open
educationalmovement.Atkins, Seely andHammond (2007) highlightUNESCO’s
definitionwhen itdefines themas resources for teaching, learningandresearch that
reside in thepublicdomainor thathavebeenreleasedundera licensingschemethat
protects intellectualpropertyandallowsitsusepubliclyandfreelyor thegeneration
ofderivativeworksbyothers.OERare identifiedascompletecourses, coursemate-
rials,modules,books,video,examinations, softwareandanyother tool,material,or
techniqueused tosupportaccess toknowledge. In this sense,MOOCscanbea type
ofOERwhen theyareavailableopenlyandwithopen licensing.
MOOCs have been studied bymultiple authors (Baggaley, 2013; Bartolomé&
Steffens, 2015; Cabero, 2015; Fidalgo-Blanco, Sein-Echaluce, &García-Peñalvo,
2016;Zheng,Chen,&Burgos,2018)defining themasmassdisseminationcourses,
throughonline platforms for the achievement of desired learning, characterized by
the use of open educational resources, inwhich there could be not a certificate of
completionof them.This educationalmodality hasbeenconsidered as adisruptive
educational innovationthatallowsimprovingcurrenteducationalpractices invirtual
learning contexts. Among the advantages of theMOOCs, one can enunciate the
interactivity among the apprentices of the course that allows to generate learning
networks,aswellasasocializationofthesameamongtheparticipants;thepromotion
andpublicitythateducationalinstitutionscanobtainwiththedisseminationandreach
ofMOOCs;aswellas theneedtoproposenewcurricula,whichgrantflexibilityand
opennesstoinnovativeeducationalmodelssuchasmassopencourses(Sánchez-Vera,
León-Urrutia,&Davis, 2015).
However,despite thehighexpectationsofMOOCs,as innovativeandrevolution-
ary educationalmodels; there are criticisms and challenges that they face.Among
the criticismsmentioned (Castaño,Maiz,&Garay, 2015;Teixes, 2015) is the lack
ofapedagogicalmodel thatsupports theteaching–learningprocess inthisnewwork
dynamic, a pedagogicalmodel that is flexible,with contents or quality educational
resources that focus on the student as themain actor of their learning, allowing to
offeramorepersonalizedanddiversifiedteaching–learningprocess,whichentails,in
turn, to increasethemotivationanddecrease inthelevelsofdesertionof thebeating.
Likewise, there isa lackofevaluationprocesses thataddress theneedsanddevelop-
mentofaMOOCcourse; the facilitationordeliveryof thecourse isalsoconsidered
aproblem,due to theovercrowding thatcharacterizes them, that is, thecomplicated
monitoringof theperformanceof the registeredparticipants.
For this reason, it hasbeenconsidered to incorporate inMOOC, innovativeedu-
cational strategies that help to face the aforementioned criticisms.One of them is
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