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“Twenty-sevencontributionsfromleadingexpertsinthefieldhavecome togetheratanopportunetime,whentheentireworldhasbeenforcedto transitiontovirtuallearningbecauseofthe COVID-19pandemic.Looking ahead, we still have significant challenges in delivering the ambitious SustainableDevelopmentGoalsby2030.IcongratulateSheilaJagannathan andthemanycontributingauthorsforthisimpressiveexpositionofhow EdTechandpedagogicalinnovationswilldiffusethebenefitsofthedigital andlearningrevolutiontoeverycorneroftheworld.” –DenisRobitaille,VicePresident,WorldBank “Fordecades,Sheila Jagannathanhashadapulseonlearningtechnologies being incorporated by the world community for transformative change. Notsurprisingly,shehasdeftlyassembledastellarslateoffuturists,policy makers,pragmatists,realists,andvisionariesinthepagesofthiswondrous book.Eachchapteroffersatimelyrecapoftodaythatshouldfostercogent and exhilarating plans for education and training in the many worlds of tomorrowabouttounfold.” – CurtisJ.Bonk,Professor,InstructionalSystemsTechnology(IST), IndianaUniversity “Thisisaninterestingandtimelypublication,asthe COVID-19pandemic hasbeensuchadisrupterfortheeducationsectorglobally.TheopportunitiesofferedbyinnovativepedagogiesandEdTechadvancesareparticularly valuable to emerging countries seeking to modernize their skills and capacity-buildinginstitutionstocreatenewjobsandbuildbackmoreresilientfuturesafterthepandemic.” –BakaryDiallo, CEO&Rector,AfricanVirtualUniversity “Upskillingtheglobalworkforcetocompeteforthejobsofthefutureis anurgentimperativeandacomplexchallenge.Thisbookprovidesvaluable insightsonthegrowingimportanceoflifelonglearningtoprepareusfor jobsandcareersthatdonotexisttodayandtoassistusinmasteringdigital disruptionintheworkplace,wherefull-timeworkers,gigworkers,andbots worksidebyside.” –JeanneMeister,ManagingPartner,FutureWorkplaceandFacultyof theFutureWorkplaceAcademy
“Thisbookaddressesarangeofcriticalissuesfacingeducationtoday.These challenges include that of reimagining at scale what education can and shouldbe,especiallytoequitablymeettheneedsoftoday’slearners,aswell astopreparethemforfuturecareers(careersthatmaynotevenexisttoday). Thereisgreatpotentialindigitaltechnologiesandtheirthoughtfulimplementationineducationalspacestomeetthesechallenges.Thisbookbrings togetherawidearrayofideas,tools,approaches,andmodelsacrossmultiple contexts that can inform the next wave of educational innovation, both locallyandglobally.Iseethisbookasbeingofgreatvaluetopolicymakers, practitioners,educationalandbusinessleadersacrosstheworld.” –PunyaMishra,ProfessorandAssociateDeanof ScholarshipandInnovation,ArizonaStateUniversity “Thisbookisamustreadforleaderslookingtoreimagineamodern,digital learning ecosystem with a strategic vision. Sheila Jagannathan and other eminentauthorsprovidepracticalinsightsonthehow-toaspects,including smartsolutionstothetypicalupskillingorreskillingchallengesthatemergingeconomiesface.” –GeorgeSiemens,ProfessorandtheExecutiveDirectorof theLearningInnovationandNetworkedKnowledge ResearchLabatUniversityofTexas “Digitalconnectivityhasbecomealifelineforusingdata,consumingcontent,andengagingindigitalapplicationsbyindividuals,governments,and businessestoensurecontinuityofeconomicandsocialactivitiesthroughout thedevelopingworld.IcongratulateSheilaJagannathanandtheauthorsfor producingatimelycontributionthatoffersinsightsonhowskills-building frombrick-and-mortartoblendedinstitutionscanbeachievedthroughout theworld.” –BoutheinaGuermazi,SeniorDirector, DigitalDevelopment,WorldBank
REIMAGINING DIGITAL LEARNING FOR SUSTAINABLE DEVELOPMENT
Reimagining Digital Learning for Sustainable Development isacomprehensiveplaybookforeducationleaders,policymakers,andotherkeystakeholdersleadingthe modernizationoflearninganddevelopmentintheirinstitutionsastheybuilda highvalueknowledgeeconomyandpreparelearnersforjobsthatdon’tyetexist. Currently,nearlyeveryaspectofhumanactivity,includingthewaysweabsorband applylearning,isinfuencedbydisruptivedigitaltechnologies.Thejobsavailable today are no longer predicators of future employment, and current and future workforcememberswillneedtoaugmenttheircompetenciesthroughalifetime ofcontinuousupskillingandreskillingtomeetthedemandsoftheFourthIndustrial Revolution. This book features curated insights and real-world cases from thoughtleadersthroughouttheworldandidentifesmajorshiftsincontentformats,pedagogicapproaches,technologyframeworks,useranddesignexperiences, and learner roles and expectations that will reshape our institutions, including thoseinemergingeconomies. Theagile,lean,andcost-effectivestrategiesproposedherewillfunctioninscalable andfexiblebandwidthenvironments,enablingeducationleadersandpractitioners to transform brick-and-mortar learning organizations into digital and blended ecosystemsandtoachievetheUnited Nation’sambitiousSustainable DevelopmentGoalsby2030. Sheila JagannathanistheHeadoftheOpenLearning CampusattheWorld BankinWashington,D.C.,USA.
REIMAGINING DIGITAL LEARNING FOR SUSTAINABLE DEVELOPMENT How Upskilling, Data Analytics, and Educational Technologies Close the Skills Gap
Edited by Sheila Jagannathan
Firstpublished2021 byRoutledge 52VanderbiltAvenue, NewYork, NY10017 andbyRoutledge 2ParkSquare,MiltonPark,Abingdon,Oxon,OX144RN Routledge is an imprint of the Taylor & Francis Group, an informa business ©2021selectionandeditorialmatter,Sheila Jagannathan;individual chapters,thecontributors TherightofSheilaJagannathantobeidentifedastheauthorofthe editorialmaterial,andoftheauthorsfortheirindividualchapters,has beenassertedinaccordancewithsections77and78ofthe Copyright, DesignsandPatentsAct1988. Allrightsreserved.Nopartofthisbookmaybereprintedorreproduced orutilisedinanyformorbyanyelectronic,mechanical,orothermeans, nowknownorhereafterinvented,includingphotocopyingandrecording, orinanyinformationstorageorretrievalsystem,withoutpermissionin writingfromthepublishers. Trademark notice:Productorcorporatenamesmaybetrademarksor registeredtrademarks,andareusedonlyforidentifcationandexplanation withoutintenttoinfringe. Library of Congress Cataloging-in-Publication Data Acatalogrecordforthistitlehasbeenrequested ISBN:978-0-367-54018-0(hbk) ISBN:978-0-367-54560-4(pbk) ISBN:978-1-003-08969-8(ebk) TypesetinBembo byApex CoVantage,LLC
The illiterate of the 21st-century will not be those who cannot read and write, but those who cannot learn, unlearn, and relearn. – Alvin Toffer, Futurist and Philosopher
CONTENTS
Foreword 1 Foreword 2 About the Editor Acknowledgments Acronyms Preface
xiii xvi xviii xx xxi xxiii
THEME 1
Learning in the 21st-Century
1
1 Scaleofthe Challenge–MassiveReskillingandUpskilling Needed–The CrucialRoleof CapacityDevelopment Sheila Jagannathan
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2 TheDigitalLearningOpportunity Sheila Jagannathan
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3 LifelongLearningfor CareersThatDon’tYetExist Chris Dede and Eileen McGivney
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4 DecisionPathwaysLeadingtotheSuccessfulDigital TransformationofLearning Ryan Watkins
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Contents
THEME 2
Innovative Pedagogies to Advance Reach, Relevance and Quality Learning Outcomes 5 ReimaginingPedagogyforaDigitalAge– Conversation WithTonyBates Sheila Jagannathan
59 61
6 Pedagogical ChoreographiesforPractitionerSkillsDevelopment 72 Som Naidu and Sharishna Narayan 7 QualityforNewDigitalLearning Cultures Ulf-Daniel Ehlers 8 TheManifestoforTeachingOnlineandthe Complexities ofDigitalEducation Peter Evans
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THEME 3
New Models for Deeper Learning
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9 HowMOOCsAre ChangingtheWorldandWhatLiesAhead 109 Lee Rubenstein 10 GameMechanicsforDigitalLearning John Traxler 11 TheFutureofLearningIsImmersive:Games,Simulations andVirtualReality Anders Gronstedt
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THEME 4
Digital and Blended Learning in Action: Good Practices and Cases
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12 LinkingLearningtoJobsandServiceDeliveryinthePublic Sector–theTecdeMonterreyExperience Laura Ruiz Pérez
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13 BuildingNational-LevelPartnershipsforE-learning: TheMalaysianExperience Ansary Ahmed
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Contents
14 ImprovingPerformanceandEmployabilityThrough E-learning:TheIDBExperience Edgar González, Stella C. S. Porto and Xenia Cotón 15 LessonsFromTwoTransformationalEdTechInitiatives in China Ronghuai Huang, Huanhuan Wang, Hang Lu, Bojun Gao, Zhisheng Li and Ahmed Tlili 16 SkillingtheYouthBulgeinIndia:NSDCExperiences Manish Kumar
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THEME 5
Future of Content Development: Leveraging Open Resources 17 OpenEducationalResourcesforSustainableDevelopment: GuidelinesforPolicyand CapacityBuilding Sanjaya Mishra
207 209
THEME 6
The Power of the Platform: Smart Technologies and Tools 18 ThePowerofOpenEducationalTechnology Martin Dougiamas
221 223
19 AI,Blockchainand5G:ImplicationsforEducation, UpskillingandLifelongLearning Venkataraman Balaji and Alexis Carr
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20 ReimaginingEducationalExperiencesviaArtifcial IntelligenceandNewTechnologies David Guralnick
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21 AMetaknowledgeFrameworkfortheTrainingof TrainersUsingSmartMobileLearningApplications Abtar Darshan Singh, Edward Robeck, Shriram Raghunathan, Bibhya Sharma and Vaikunthan Rajaratnam
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THEME 7
Modernizing Learning Measurement, Evaluation and Credentialing Through Data Analytics for Insights and Decision Making
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22 Evaluating and Improving the Impact of Digital Learning Ingrid Guerra-López
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23 Using Learning Analytics to Accelerate Change Gary Natriello
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24 Advancing Sustainable Educational Ecosystems With Open Digital Credentials and Badges Daniel Hickey and Ilona Buchem
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THEME 8
Mobilizing Partnerships to Support Pathways to Work
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25 Partnership Engagements for Sustainable Development: Lessons Learned From Educational Technology Partnerships Shafka Isaacs
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26 From Concepts to Action: How to Accelerate Digital Learning to Achieve SDGs – Infuencer Viewpoints Sheila Jagannathan
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Conclusion
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27 The Future of Learning Is Here – Are You Ready? Sheila Jagannathan
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About the Contributors Index
359 368
FOREWORD 1
Digital Classrooms are Reinventing the Way We Teach and Learn Iamdelightedtointroducethisbook,editedbySheila Jagannathan,thatguides educationpractitionerstoleadatransformationtomodernizelearninganddevelopmentintheirinstitutions,duringthistimeofrapidandunprecedentedchange. Inaddition,thebookprovidesthe “howto”aspectsofnotonlysustainingbut growing the new normal of digital learning. Equally important, it speaks in a languagethatisfamiliartopolicymakersandeducationiststhroughouttheworld, notablybyreassuringthemthatthetransitiontodigitalandblendedlearningis achievable, despite the many challenges they currently face in terms of lack of resources,poorconnectivityandinstitutionalcapacity.Rather,thedigitaltsunami engulfngtheworldisanexcitingopportunityforeducationandtrainingpractices tofollowtheleadofothersectors(transport,entertainment,energy,healthcare,to nameafew),wheretheoveralloutcomescreatedtrulytransformativeandpositive changeforallkeystakeholdergroups. Sheilaandmanyoftheothereminentcontributorsareknowntome,andIam confdenttheircuratedperspectivesondigitallearningwillbeofimmensevalue foranyonelookingtocreatepowerfulandmeaningfulchangeineducation. Thereisaverylargeconstituencyinterestedtolearnabouthowcapacitybuilding, knowledge, learning and skills development in emerging countries can be supported to solve complex development challenges that range from poverty eradicationtoaddressingclimatechangeconcerns.Thesolutionsinvariablyhave amajorroleforonlineeducation.Iwouldventuretosaythatonlinelearningis thenewnormaltoday,withthelinesbetweenthefutureofworkandthefuture ofeducationblurringbecauseoftheongoingFourthIndustrialRevolution.The
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Foreword 1
ubiquityofdigitizationisdisruptingsafecareerswhilepavingthewayfornewjob opportunitiescreatedbytheexpandingavailabilityofonlinelearningecosystems. Moreover,theabilitytoturnaroundobjectiveassessmentsofdigitalcoursedesign throughbigdataanalytics,supportedbyartifcialintelligence,resultsinconstant improvementsinthequalityofthelearningexperience. edX,anonproftdigitallearningorganizationestablishedbytheMassachusetts InstituteofTechnologyandHarvardUniversity,hasbeenprivilegedtoleadthis drive,inpartnershipwithmorethan150topeducationalinstitutionsaroundthe world. COVID-19radicallymainstreameddigitallearning;withtheonsetofthepandemic,globalonlinelearningcoverageexpandedfrom1.3percentto100per cent.WesawthissamesurgeininterestatedX–wesawasmanyuniqueregistrationsinApril2020(5million)aswedidthefullyearof2019.Whilesuchratesof expansionwillsomewhatcontractoncethepandemicisbroughtundercontrol, thenewnormalinthepost-COVIDerawillhaveasubstantiallyhigherproportionofblendedandonlinelearningprogramsbecausethekeystakeholders–be theypolicymakers,educationistsorlearnerstheworldover–havebecomeaware ofthebeneftsoffexibleandadaptivelearningprograms. COVIDmayhavealsoacceleratedthetrendtowardblendedlearning,making itessentialformany,butithasalwaysbeenpartoftheedXvisionforeducation. TheedXvisionhas,mostrecently,takentheformofourfve“Reimagine Education Goals.”RootedinthesamevisionthatdrivesedX,wepresentthesegoalsto educatorseverywhereascriticaltotheadvancementofsociety.Thesegoalsmust guideaglobalmovementtoensurethateveryone,everywherehasaccesstohigh- qualityeducationtotransformtheirlivesandthelivesoffuturegenerations. The goals are: continue expanding education access to planet scale; create quantumimprovementsineducationqualityandengagement;establishlifelong learning for all; transform the delivery of education through an omnichannel approach including both online and in-person; and modularize education by unbundlingdegreesandcreatingvaluablecredentialsthatfttheskills,knowledge andeducationneededtothrive.Inaddition,thesegoalshelpusallmovetowarda moreconnectedworldby2022. Letmeshareafewkeyexamples: •
•
Transformingthedeliveryofeducation:theInformationTechnologyUniversityinPakistanisanexcellentexampleofhowadevelopingcountryinstitutionisabletoextractvaluebyblendingvirtualcoursesonmoreadvanced technicalsubjectswithfoundationalin-personofferingsoncampus. Creatingvaluablecredentials:MicroMasters®programcredentialsareexamplesofbite-sized,qualitylearningthatarealreadyrecognizedbyindustries. Inaddition,thesecredentialsaredesignedtobe“stacked”toopenupopportunitiesformorein-depthlearningthroughdegreeprogramsifdesired.
Foreword 1
•
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Providingtheskills,theglobalcommunityneedstothrive:anintroductory course on how to operate mechanical ventilators that was offered by edX inMarch2020attractedover300,000personsmainlyfromhealthcareprofessions who urgently required upskilling themselves to serve COVID-19 patientsrequiringintubation.
Achieving these goals critical to the advancement of society requires full supportfromdecisionmakers,rangingfrompolicymakersatthenationallevelto educationistsandinstructors.Thesegoalscanandmustguideaglobalmovement toensurethateveryone,everywherehasaccesstohigh-qualityeducationtotransformtheirlivesandthelivesoffuturegenerations. Iwishthereadersasmoothtransitiontothenewnormalofblendedandonline learning,forwhichthisbookeditedbySheilaJagannathanwillprovideusefulinsights. Anant Agarwal Founder and CEO of edX and MIT Professor, the trusted platform for learning, founded by Harvard and MIT
FOREWORD 2
Accelerating a 21st-Century Learning Ecosystem That Supports Countries in Leapfrogging From Learning Defcits to Upskilling and Reskilling ToachievetheUNSustainableDevelopmentGoalsby2030,countrieswillrequire substantial investment in human capital development, particularly as about 825 million persons are estimated to reach adulthood without having acquired the skills necessary to meet the job requirements of the ongoing Fourth Industrial Revolution. More fundamentally, the mass production education system of the past 250 yearswithastandardizedcurriculumandtheinstructorassumingtheroleasthe sole“imparterofknowledge”isnolongersuitablefortherapidlyevolvingdigital economyoftodayandtomorrow.Pedagogicaldesign,sofar,hasfailedtoemphasizetheideaoflearning to learn.Thereisaneedtoshiftthefocusfromvertical learningtohorizontallearning,especiallyasmanyofthecurrentuniversalconcerns(e.g.,pandemics,climatechange)aremultidisciplinaryandcross-sectoralin nature.Societyischanging,andthedirectionoflearningmusttransitionfroma one-size-fts-allmodeltoanadaptiveandpersonalizedapproachthatisacutely andcomprehensivelycognizantofindividualstudentneeds.Suchalearningtransformation is feasible today because of artifcial intelligence (AI) that leverages algorithmsandbigdataanalyticstocustomizelearnersupportonareal-timebasis. Foremergingcountriesstrivingtoimprovetheireducationsystems,thereisan opportunitytobreaktheseverelyoutdatedmassproductionmodeandmentality oflearning–and “leapfrog”toamoreappropriatemodelofadaptive,individualizedapproaches. MyeffortsasChairofEducationCommissionAsia(thenewlyestablishedAsia HuboftheEducation Commission)havebeentointroduceandproliferatethese
Foreword 2
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newideasinawaythatisaccessible,impactful,andsustainable.Onekeyelement is the “High Tech” AI-assisted adaptive learning that tailors instruction to individuallevelsandneeds;theother,equallyintegralcomponentisthe“High Touch” teacher-providedpersonalizedguidance–deliveredintheformofmentoringand activelearningexperiences–thatcultivatehigher-ordercognitionandsoftskills. This“HighTouchHighTech(HTHT)”learningframeworkhasbeenpilotedfor middleschoolstudentsinVietnamwithremarkablypositiveresultsintermsof acceleratingthespeedandimpactoflearning.Giventhepromisingresults,plansto scaleupthisapproachinVietnamandstartingtoimplementitinothercountries areunderway. DuringmytimeasMinisterofEducation,Science,andTechnologyinKorea,Iledthedevelopmentofahighlysuccessful,nationwideupskilling programthroughMeisterSchools.Thisinitiativehasevidencedtheimportanceof engagingthebusinesscommunitythroughouttheentireprocessofdesigningthe courses,trainingthestudentsandfutureworkforce,andexpandingjobopportunitiesthatmatchtheskillsdemandedwiththeskillssupplied. Giventhecurrentcontextofunprecedentedchange,thisvolumeistimelyand important.Sheila’sthoughtfulcurationoftheexperiencesandinsightsofinfuentialthinkers,policymakers,andpractitionersprovidesmuch-neededstrategic directionandguidanceoneffectivelyharnessingthepower,potential,andpromise oftechnologyinlearninggoingforth.Suchacomprehensiveandpractical“how to” guide will be critical in transforming the mindset and priorities of diverse actorswithintheeducationalecosystem,servingasaninvaluablesourceofinspirationtomodernize–andrevolutionize–learningforstudentstodayaswellasfor futuregenerationstocome. Ju-Ho Lee Chairperson and CEO, Education Commission Asia Professor, KDI School of Public Policy and Management Former Minister of Education, Science, and Technology, South Korea
ABOUT THE EDITOR
Sheila Jagannathan is a lifelong learner andtheHeadoftheOpenLearningCampus at the World Bank in Washington, D.C.Sheservesastheorganization’sfocal pointondigitallearningandissuesatthe intersection of technology use and education in emerging countries. She is an internationallyrecognizedthoughtleader, advisor, author and forward-thinking seniorleaderwithover35yearsofexperience in leading capability building, humancapitaldevelopmentandtransformation change across public and private organizations. She has been responsible for designing and implementing world- class solutions in challenging global environments, resulting in performance andproductivityimprovements.Sheilaalsoprovidespolicyadviceandtechnical assistance to World Bank country-level capacity building programs (both governmentandtrainingcentersofexcellenceseekingtointroducetechnologiesin theireducationalsystems)inEastAsia, China,theMiddleEastandNorthAfrica, AfricaandSouthAsia.HerspecialtiesincludeskillingandtheFourthIndustrial Revolution,60-yearcurricula,workforceeducation,designingcorporateuniversities,talentmanagement,MOOCs,experientialpedagogy,online/hybridstrategies, immersivelearning(AR/VR),useofdisruptive(AI/MI,IoT,Blockchain,5G)technologiesineducation,dataanalytics,andlearningecosystems(LXPs,LMS).She
About the Editor
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regularlywritesarticlesforvariouspeer-reviewedpublicationsandjournals.She isontheadvisoryboardandplanningcommitteesofmajorprofessionalassociationsoflearningsuchasthe CanadianForeignServiceInstitute,GlobalDistance Learning Network,Indian NationalSkillsDevelopment Council,GeorgeMason University, E-learning Africa (Annual International Conference for developing E-learningcapacitiesinAfrica),International ConferenceonE-learning(ICEL), Skills Councils,UNSDG-LearnandUNICEF.
ACKNOWLEDGMENTS
I wish to thank and acknowledge the contributions of many persons without whoseencouragementandsteadysupportthisbookwouldnothavebeenpossible. Manyconversationshaveinfuencedthedesignofthebook.Thankstocolleagues, friendsinthelearningpracticeaswellasthethousandsofgloballearnerswho joinedtheOpenLearningCampuswhohavehelpedmeexpandmythinkingand insightsaboutthisever-changingfeld. Vijay,myhusband,everlastinggratitudeforgivingmetheconfdence,space andnurturingtorealizethisdreamthatgavemetruejoy! MysonsPavanand Jay,Maryand,grandkidsAdrian,AviandAria,andsister Shobha, who consistently enquired about how I was doing during the frenetic monthswhenIwasvisioning,drafting,reviewingandfnalizingthecontents. Myparents,whowouldhavebeenveryproudofthisaccomplishment. CurtisBonk,foryourgenerousguidance,thoughtleadershipandinspiration. ProfessorAnantAgarwalandDr. Ju-HoLee,foryourgenerousendorsement byagreeingtocontributetothetwoforewords. DanielSchwartzandtheRoutledgeteam,forinvaluableguidance,insightful commentsandencouragement. Lastbutnottheleast,mysincerethankstothecontributingauthors–whoare leadingthinkersandpractitionersinthefeldofdigitalandblendedlearning–for theirenthusiasticsharingofvaluableinsights.WestartedthisjourneyinMarch 2020,whenthe COVID-19pandemicburstupontheglobalscene,butdespite thedisruptionsanduncertainties,allthecontributorsworkedtirelesslytomeetthe tightproductiondeadlines. Theviewsoftheeditor/authordonotnecessarilyrepresenttheoffcialviewof theWorldBank,UnitedNationsoritsoffcialsorMemberStates.
ACRONYMS
4IR
FourthIndustrialRevolution
5G
5thGeneration(cellularnetworktechnology)
60YC
60-Year Curriculum
AI
ArtifcialIntelligence
AR
AugmentedReality
BL
BlendedLearning
CoP
CommunityofPractice
DL
DigitalLearning
EdTech
EducationTechnology
F2F
Face-to-Face
ICT
Informationand CommunicationTechnology
IoT
InternetofThings
LLI
Life-longlearning
LMS
LearningManagementSystem
LXP
LearningExperiencePlatforms
ML
MachineLearning
MOOC
MassiveOpenOnline Course
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Acronyms
NGO
Non-GovernmentalOrganization
OER
OpenEducationalResources
SDG
SustainableDevelopmentGoals
VR
VirtualReality
xAPI
ExperienceApplicationProgramInterface
PREFACE
What Is the Book Designed to Accomplish? And What Problems Does It Help Solve? The impact of the double disruption of COVID-19 and the Fourth Industrial Revolution is forcing countries to reimagine their educational model to tackle issuesrelatedtoscale,access,impactandresilience.Thecurrentlearningcrisisis leadingtoamorefundamentalquestionofhowtopreparefutureinstitutionaland individuallearners,tobuildskillsforemployabilityandthriveinanunpredictable andrapidlychangingworld. Ihavehadtheprivilege,asheadoftheWorldBankGroup’sOpenLearning Campus,WashingtonD.C.,alongwithinsightsgatheredoverthelast30years,to receivefeedbackfrommanydevelopingcountrystakeholders(consistingofgovernment offcials, professionals from centers of excellence, civil service training institutes,academia,andindustryrepresentatives)ontheurgentneedtomodernize learningbyharnessingeducationaltechnology(EdTech)intheirrespectiveinstitutionsandcountries.Aspecifcinterestwasinunderstandinghowtotransform traditionalbrick-and-mortarlearningorganizationstodigital and blended ecosystems thatleveragedthevastvirtualrepositoryofglobalknow-howonvariousaspects of development. Their request was in learning about what to do, and in what sequence.Thequestionsrevolvedaround:howtogetstarted,howtonavigatethe choppywatersofmarket-drivendigitization,howtoincorporateuniquecommunityprioritiestobuildarelevantEdTechinfrastructureand,howtoimplementa learningprogramthataddressedlocalneeds. Substantial investments are taking place on the “hardware” aspects in terms of broadband, 5G and universal mobile Internet access. Equally signifcant are thegrowingpopulationsofyoungpeoplelookingforbutnotfndingwork,and concerns about disruptions in jobs and careers caused by the Fourth Industrial
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Revolution, in addition to many other development challenges. Therefore, the articulationofalearningstrategyonhowtobuildcapabilitytoimplementand sustainaprogramofcapacitybuilding,hasseveralsignifcantdrivers. Specifcally, the book aims to help learning leaders in emerging countries developafexiblemindsetandnewstrategiesto: •
•
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Modernizelearninganddevelopmentintheirinstitutions,duringthistimeof rapidandunprecedentedchangeandespeciallypost-COVID.Specifically: • Understandkeytrendsinlearningandhowtheyimpacttheworkplace andworkforceofthefuture. • Reimagineamodernlearningecosystem,withastrategicvision–supported bystakeholdersfromthreeconstituencies(individuals,organizationsand policymakers)–notjustfromtheinformationtechnology(IT)practice– onhowtoachievesustainablechangeacrossthelearninginstitution. • Designanintegratededucationalapproachtolinklearningtojobsand careers. Designandelevategame–changinginitiativesthataddresscurrentlearning challenges,suchas: • Utilizingevidence-basedEdTechtoimprovethescale,relevance,equity andimpactoflearning. • Enhancinglearnerandteacherresilience,andexcellence. • Blending innovative teaching approaches (such as, fipped classrooms, hybrid,hyfexandvirtualandhigh-touchlearningmodels). • Deployingarangeofsmartdigitaltechnologiestosupporttheholistic life-ledlearningexperience(before,duringandposttraining). • Using learning and learner analytics for insights and agile decision- makingconnectinglearningtobusinessresults. Evaluateglobalcasesandgoodpracticesandadaptthesetolocalcontexts. Develop a clear strategy for learning transformation, with short-term and long-termprioritiesandaphasedimplementationapproach,witheffective riskmanagement,measurementandaccountabilityforresults. Meettheexpectationsofallstakeholders(learners,providersoftraining,staff, government, faculty, private sector and even citizens) in the learning ecosystemonhowtoenhanceeducationalservicesthatalignlearningwiththe futureofwork.
What Are the Key Differentiators of the Book? Why Read the Book? Thisbook’svaluepropositionsarethefollowing: •
Provideinsightsonthe “how to”aspects,includingsmartsolutionstotypical educationandupskillingorreskillingchallengesthatdevelopingcountriesface.
Preface
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Facilitate mindset changes, notably in institutions and individuals within the publicsectorindevelopingcountrieswhohavebeenslowertoleveragethe benefits of modern technology, particularly as mobile Internet penetration hasbecomeuniversal. Enable emerging countries to join the global digital learning transformation movementtakingplacethroughEdTechandpedagogicalinnovations. Acceleratecapacitybuilding@scaletoaddress the complex, cross-cutting development challengesoftoday(suchasclimatechange,SustainableDevelopment Goals(SDG),acceleratingrecoveryfrom COVID-19andconflicts).These challengesarebestaddressedbyraisingawarenessandbuildingcapabilities toencourageholisticthinkingacrosssectorsandtransitionfromlinearto circularthinking. Appreciatethecentralityof“measuringwhatneedstobemanaged”through dataandpeopleanalyticsthatstrengthenevaluationfeedbackloopsofinstitutionalandindividuallearningoutcomes. Tosumup,thebookfacilitatesapplication of ideasthrough:
• • • • • •
Problemscenariosandrelevant/actionablesolutions Evidence-basedapproaches Casesandexamplesofgoodpracticefromemergingeconomies Approachesthatcanfunctioninscalableandflexiblebandwidthenvironments Agileandcost-effectiveoptionstoreducetimetomarketandcosts Succinctchaptertakeawaystohelpmoveideasforward
Who Is the Intended Audience? The audiences for this book are stakeholders interested in supporting capacity building,knowledgemanagement,learningandskillsdevelopmentinemerging countriestosupporttheupskillingandreskillingrequiredtoaddresstheopportunitiesandchallengesbroughtonbytheFourthIndustrialRevolution.Thebook also targets stakeholders interested in solving complex development challenges, suchasmeetingtheSDGsby2030,pandemics,learningpoverty,climatechange, fragilityandconfict,andgovernance. Thebook’sprimaryfocusistobuildcapacityinthepublicsector,raiseawareness oncutting-edgeandfuture-readylearningapproachesandtools. Contributorsto thisbook,whoareinternationallyknownfortheirexpertise,offerthecontoursofa roadmapfortransitioningfrombrick-and-mortartovirtualandblendedclassrooms. In summary, the chapters in this book offer a comprehensive resource and playlisttohelp: •
Governmentofficialsandcivilservantsdealingwitheducationandcapacity buildingpolicies.
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Preface
Staffofnationalandregionaltrainingcenters,civilandpublicservicetraining institutesandprofessionalcentersofexcellenceincludingresearchinstitutes invariouspartsoftheworld,(suchasthe ChinaAcademyofGovernance, LalBahadurShastriNationalAcademyofAdministrationinIndiaandTecde MonterreyinMexico). Academia in emerging countries, including leadership teams (such as vice chancellor,deputyvicechancellor,president,orprovost),deans,andheadsof communitycollegesaswellasfaculty,learningdesignersandITprofessionals intheseinstitutions. NationalSkillsDevelopment Councils,FourthIndustrialRevolution–4IR– andNationalSkillsBuilding CouncilsandAssociations. PrivatesectorandEdTechstart-upsfromacrosstheEdTechecosystem,corporateuniversities,chieflearningofficers,corporatelearningofficers,companiesprovidingEdTechservices,businessconsultanciesandventurecapitalists. Staff of international organizations such as United Nations agencies, the World Bank, regional development banks and bilateral donors as well as foundations. Staff of major foundations and non-governmental organizations (NGOs), whohavelargecapacitybuildingprograms. Catalysts, change agents, thought leaders, implementation pioneers, game developers,solutionprovidersandgroupscentraltodigitaltransformationin education.
Noendorsementisimpliedwhennamesofparticularcompaniesorservicesare mentionedanywhereinthisbook. The views are those of the editor/author and do not represent offcial views of the World Bank.
THEME 1
Learning in the 21st-Century
1 SCALE OF THE CHALLENGE – MASSIVE RESKILLING AND UPSKILLING NEEDED – THE CRUCIAL ROLE OF CAPACITY DEVELOPMENT Sheila Jagannathan
Introduction Thisbookisaplaylistofrelevanttopicsaimedatraisingourcollectiveoptimism on education for the future. The optimism arises from research indicating that everyUS$1millioninvestedineducationtranslatesintoUS$10millionofeconomicgrowth(Patrinos,2016).Eachadditionalyearofschoolingraisesaverage annualgrossdomesticproduct(GDP)growthby0.37%(GPE,2020).Thereare alsoprospectsofleveragingtheongoingcreativedestructioncausedbydigitizationtoupskillandreskilljobseekerstoaccessemergingjobopportunitiesarising fromtheFourthIndustrialRevolution.Theoptimismistingedwithapprehension,though,giventhescaleoftoday’sproblemsofaccessinglearningbecauseof theongoingCOVID-19pandemicandtheconsequentlossofjobsanddiminishingemploymentprospects. This introductory chapter explains the key drivers of the new learning and capacity-development agenda, relating to the presence of learning poverty, the massive skilling required to achieve the Sustainable Development Goals (SDG) and the challenges of how to adapt to the Fourth Industrial Revolution. The chapterwillalsohighlightforcesturbochargingthenewlearningfutures–the availabilityoflife-ledlearning,theenergygeneratedbytheyouthbulgeandthe crosswindsblowingthroughongoingenvironmentalandhealthcrises,causedby climatechangeand COVID-19,respectively.
Concerns With Global Learning Poverty EvenbeforeCOVID-19thatforcedmassiveschoolclosures,theworldwasfacing amajoreducationcrisisintermsoflearning poverty,whichisdefnedasthe
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percentageof10-year-oldswhocannotreadandunderstandasimplestory(World Bank,2019a).Fifty-threepercentofchildrenindevelopingcountriescannotread profciently by age 10, and more than 617 million (or six out of ten children) didnotachieveminimumprofciencylevelsinmathematicsandreadingin2017 (GPE,2020).Thisisthepopulationsufferingfromlearningpovertyandunlikely tofndgainfulemploymentbeyondmanuallaborandlow-wagerepetitivetasks. Learningpovertyismuchmoreinsidiousthanthetraditionaldefnitionofpoverty becauseiteffectivelylimitsopportunitiesforeconomicself-advancement. Some other startling statistics from developing countries (UN, n.d.a; GPE, 2020): • •
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Only60%ofyoungpeoplewouldcompleteuppersecondaryeducationin 2030. Childreninfragile,conflict-affectedcountriesaremore than twice as likely to be out of schoolthanthoseincountriesnotaffectedbyconflict.In2017,four millionrefugeechildrenwereoutofschool. Thesituationismostacuteinsub-SaharanAfricancountries,wheremore than half of children are not enrolledinschool. In 2016, 750 million persons remained illiterate, two-thirds of whom are women. HalfoftheglobalilliteratepopulationlivesinSouthAsia,andaquarterlives insub-SaharanAfrica.
Learning poverty has been accentuated during the ongoing COVID-19 crisis, because825millionchildrenaroundtheworldwithoutaccesstoremotelearning options(Radio,TVandInternet)couldnotreceiveclassroominstructionforover ayear(Fore,2020).TheWorldBankestimatesalossofUS$10trillioninearnings overthelifetimeofthisgenerationofchildrenandyoungpeople,ifurgentaction isnottakentoaddressthelearningcrisis(WorldBank,2020). Thelearningenvironmentisfurthersulliedbythefrequentabsenceofteachers, poorqualityofinstructionandothervulnerabilitiesaffectinggirlstudents.Fewer than75%ofteachersinone-thirdofdevelopingcountriesweretrainedaccording tonationalstandardsin2013.Besidesthereiscurrentlyanestimatedvacancyof 20 million qualifed teachers in remotely located schools. By 2030, developing countries will need to recruit 69 million teachers to provide adequate support for children seeking education. Overall, low capabilities of instructors, chronic malnutrition of students and uncertain job prospects for the minority of good performersaccentuatelearningpovertythatendangersoureffortstobuildhuman capital(skillsneededfortomorrow’sjobs)(GPE,2020). Learning poverty begets a sense of hopelessness whenever a learner fnds coursestoodiffcultoreconomicpressuresdepriveherorhimtheopportunityto completeschooling.Theproblemofdroppingoutisaglobalone:forexample, eveninanadvancedcountryliketheUnitedStates,asmanyas30millionenrolled
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universitystudentsdropoutbeforecompletingtheirdegrees(Crow,2020).However,digitallearning,discussedinthenextchapter,canbeausefultooltoalleviate learningpoverty(Saavedra,2021).
Sustainable Development Goals (SDG) and 2030 Agenda for Sustainable Development Tacklinglearningpovertyandinequitableaccesstoqualityeducationisaglobal priority enshrined in the SDG on Quality Education (SDG 4), which enjoins all countries to “ensure inclusive and equitable quality education and promote lifelonglearningopportunitiesforall”(UN,n.d.b).K-12educationisonlyone aspectoftheproblem;alsoconcerningarelargecohortsofyouthswithminimal skills who year after year are in search of jobs. Moreover, the ongoing Fourth IndustrialRevolutionisautomatingmanyoftherepetitive,low-skilledjobs(Davis, 2016).1Inaddition,technologyisdisruptingseveralwell-establishedworkstreams, suchastherecentannouncementbythe CEOofGeneralMotorsthatthecompanywillbephasingoutgas-poweredautomotiveenginesby2035,whichwill disruptthecarmanufacturingecosystem,amajorsourceofemploymentacross theworld(Freeman,2021). New employment opportunities require different skills and competencies instead.Developingcountriestherefore,apartfromimprovingeducationalaccess andquality,alsoneedtomassivelyupskillandreskilltheirworkforceby2030to meettheSDGs(Figure1.1).
FIGURE 1.1 SustainableDevelopmentGoals
Source:UNSDGwebsite:www.un.org/sustainabledevelopment/.Thecontentofthispublication doesnotrefecttheviewsoftheUnited NationsoritsoffcialsorMemberStates.
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The17SDGsareinterrelated goalsthatrequiresignifcantpolicy,humancapital formation and behavior changes – with less than ten years remaining to achievethem.TheUNreferstothisperiodasthe“decadeofdelivery”tosignal keytransformationstoasustainableworldthatisalsoequitable,inclusiveand promoteseconomicgrowth.Amassiveprogramofcapacitydevelopmentand collaborativelearningisrequiredthroughtheengagementofallstakeholders– ranging from senior policy makers to citizens, from elected representatives to service delivery providers and from civil society organizations to the general publicandyouth.
The Critical Role of Capacity Development for Achieving the SDGs Capacitydevelopmentisaninstitutionalprocessthatinvolvesbothindividualsand organizationsdeepeningtheirknowledge,skillsandexperiencesandthenapplying learningtoimprovetheperformancenecessarytoaddressemergingchallenges. Thesolutionsareoftenmulti-sectoral,arisingfrompandemicssuchas COVID19, climate, poverty, fragility and conficts. Achieving the SDGs is particularly challenginginsub-SaharanAfricabecausepopulationsaregrowingrapidly,while institutionsarestillfragileamidstmanycrises. Therefore,capacitydevelopmentisamultidimensionalidea:providesupport toleadershipdevelopment,buildacultureofrisktaking,andcreateincentives forcontinuousinnovations,allofwhicharenecessaryforsustainabledevelopment.IftheSDGsaretobeachievedwithinthenextnineyears,institutional and human capacity in the least developed countries require signifcant strengthening. This capacity-building process does not usually follow a linear pathway of learning from single sector experiences, but rather a multilayered stacking of insightsandinfuencescuratedfromseveraldisciplinesandpractices(Figure1.2). Forexample,whileanadditionalyearofschoolingcanincreaseawoman’searningsby10%to20%(GPE,2020),reimaginingK-12schoolingforgirlsrequires actionsonseveralotherfronts,suchasimprovinginstructionalquality,ensuring equitable access and other complementary steps for promoting gender equality(SDG5).Evidenceshows,forexample,thathavingwomenteachersincrease enrollmentratesofgirlsinschools,buttodayonlyaquarterofschoolteachersare women(GPE,2020).Inaddition,otherrelevantgoalsneedtobefactoredin,such asdealingwithpovertyeradication,improvednutrition,improvedhygienepractices,nutritiousmealsinschoolsforpoorstudents(SDG1,2and3)andinstalling cleantoilets(SDG6)(Jagannathan,2018).
Multi-Layered Capacity Development for Diverse Stakeholders AchievingtheambitiousSDGtargetsrequiresmultiplelayersofcapacitybuilding fordiversestakeholdersthatincludepolicymakers,practitioners,academia,civil
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FIGURE 1.2 InterrelationshipbetweenSDG4andotherSDGs
Source:Authorgenerated.
society and every individual (Jagannathan, 2019). Figure 1.3 identifes six key areasforcapacitybuilding,whichareelaboratednext(WorldBank,2011). •
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Thefirstrowdescribestheimportanceofraisingawareness,bycommunicating core messages to reach many constituencies. For example, to improve theaccessoftheurbanpoortoaffordablehousing(SDG11),awarenessmust beraisedontechnologyapplicationsinthefinancialsector(fintech),which enableapartofthedailywagestobeautomaticallygarnishedtorepaying mortgagesandotherloans. The second to the fourth rows describe the key steps that will ensure the effectivedeliveryofSDGs.Theseincludebeneficiaryparticipationindecision making,learningaboutgoodpracticesfromothercountriesandknowledge sharingwithpeerstogaininsightsonimplementationchallenges,including lessonsfromfailures.
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FIGURE 1.3 Areasforcapacitybuilding
Source:Authorgenerated.
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ThefifthrowidentifiesthespecificskillsrequiredtoachieveeachoftheSDGs. Forexample,underSDG4,aprimaryschoolteacherwillrequiretrainingon howtoleveragedigitalcontentandpedagogicalinnovationstoinfusecreative thinkingamongyoungchildren,insteadofrotememorization.Equallyimportantisforthetrainersoftheseteacherstohaveaccesstodataandfeedbackthat validateswhethertheintendedbehaviorchangesdidtakeplaceafterthetrainingendedandtobeabletomakeevidenced-baseddecisions. The last row highlights the importance of peer-to-peer networks or communities of practice in promoting collaborative learning. For example, the insightsfromcommunitieswhohavesuccessfullymanagedruralwatersupply facilities(SDG6)couldbehelpfulwhennewruralwatersupplyinvestments arebeingdesignedinotherpartsofthecountryorworld.
Managing Disruptions Caused by the Fourth Industrial Revolution The Fourth Industrial Revolution represents entirely new ways in which technologybecomesembeddedwithinsocietiesandeveninourhumanbodies. Examples include genome editing, new forms of machine intelligence, breakthroughmaterialsandapproachestogovernancethatrelyoncryptographicmethodssuchastheblockchain. (Davis, 2016, para 3)
Disruptions caused by the Fourth Industrial Revolution affect the entire global community, but it is particularly disruptive for workers engaged in
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repetitive tasks. McKinsey (2017) estimates that by 2030, about 14% of theglobalworkforceor375millionpersonswilllosetheirjobsbecauseof automation.Thesepersonswillneedtoupskillorreskilltoaccessnewjobs arising out of digitization, and advances in automation. A silver lining of the COVID-19pandemichasbeengreaterfamiliarityandexperiencewith digital tools. According to a recent survey (Mckinsey, 2020), digital uptake duringthepandemicacceleratedfivetosevenyearsatboththeindividualand organizationallevels. Anindividual’sagilitytoswitchcareerswilldependonhoweffectivelyrequisite competencies and skills for the new job are acquired to respond to the exponential speed of change. To stay relevant, adult learners will have to learn continuouslyiftheyaretomoveinandoutofjobs.Humancapitalwillnolonger beacquiredthroughadedicatedperiodofinvestments,fromKto12andupon completion of university degrees, but instead from “the knowledge, skills, and health that people accumulate throughout their lives, enabling them to realize theirpotentialasproductivemembersofsociety”(WorldBank,2018).
“The 60YC meta-curriculum is a new way of thinking about education that is flexible, nimble and adapts to the realities of frequent job disruptions, with a focus on capabilities and not just qualifications.”
Accessinglife-led,continuouslearningpreparesapersontoswitchcareersif needed by seeking new work opportunities. Contrast this “new normal” with long-heldbeliefsthatupfronthumancapitalinvestmentmadethrough20+years ofschoolingisadequatetoensurejobsecuritythroughoutaperson’sworkinglife, supplementedbysomejobtraining.The “newnormal,”bycontrast,envisagesa muchlongerworklife(possiblyextendingto50or60yearswithmanycareer changes).
60-Year Curriculum Offers New Life-Led Learning in the Digital Economy ChrisDede(DedeandRichards,2020),acontributingauthorinthisbook,notes thatthe “60Yearcurriculum”(60YC)laysoutanalternativeroadmaptoupskill orreskilloneselfcontinuouslytorespondtothefutureofworkuncertainties.The 60YCquestionsthecurrentparadigmoffrontloadingeducationduringthefrst twodecadesofone’slife,followedbyalongwork-lifeassumingstablecareersand athirdretirementphase.Thethesisisthatatypicalmillennialoftodaywillhave toswitchseveralcareersbecausethejobsoftodaymaydisappeartomorrow.Some “unlearning”isalsorequiredtopreparefornewworkopportunitiesthathavelittle
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incommonwithpreviousjobrolesandresponsibilities.Thenewnormalprofleis ofanagile,adultlearnerwhobalancescompetingpressuresontimetolearnwhat isneeded,athisorherowntimeandpace.Fivetosevencareerchangesmayoccur overawork-lifeextendingbetween50and60years. The60YCmeta-curriculumisanewwayofthinkingabouteducationthatisfexible,nimbleandadaptstotherealitiesoffrequentjobdisruptions,withafocuson capabilitiesandnotjustqualifcations.Learninginstitutionsneedtodesigncreative andfexiblelearningofferings,availablethroughoutone’slifespanandnotjustduringK-12andcollege.Eachelementinthe60YCwillbemediatedbynewformsof technology,whichisdescribedasthe“newacademicstack”(Agarwal,2020). AsBanon(2018)notes,itwillbeimpossibletotrackevenasinglelearneracross decadesoflifewithoutreimagininghowdigitalinfrastructurecanhelp.Mobile technology,artifcialintelligenceandnewformsofdeliverywillbecommonplace in the 60YC. In addition, new ways of unbundling degrees into capacity and competency validation (such as mini-degrees and specializations) or alternative credentials(suchasbadgesandmicro-credentials)areevolvingandcanbeaccumulatedthroughoutone’slife. An illustration of the 60YC is the massive expansion of older learners. The Economist (2018) estimates that there are now more than 70,000 institutions in Chinaforolderlearners.Someoftheseinstitutionsarehardertogetintobecause ofdemandthanmostexclusiveuniversities.Insomeprovinces,onlyoneofevery 16applicantsisadmitted.
Tackling Climate Change Crosswinds Climatechangeisanexternaldriverthatisalreadyupendinglifestylesandlivelihoods in many parts of the world. Extreme weather events that used to occur oncein500years,suchasprolongeddroughts,stormsurges,snowstormsandhurricanes,nowoccurwithdisturbingregularityacrosstheworldandinunexpected ways. Learninghowtosubstituterenewable,cleanenergyforfossilfuelsorhowto buildcommunityresiliencetoclimate-inducedweathereventsrequiresbehavioral changesthataffectlifestylesandimpactlivelihoods. •
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The first step is to raise global awareness on the causes and consequences of climate change by curating relevant messages in simple language from scientificstudies,suchasthevariousInter-GovernmentalPanelsfor Climate Change(IPCC)reportsintoactionableideas. Thesecondstepistopersuadeindividualsandinstitutionsthroughlearning toreducetheirrespectivecarbonfootprintsbyswitchingtorenewablesources ofenergyandbychanginglifestyles,suchasusinglow-carbontransitinstead ofcarsandtwo-wheelers,investinginpassiveconstructiontechnologiesand evenalteringdietstoreducethecarbonfootprintsoffoodproducts.
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Athirdstepistoworkonspecificsolutionsthatbuildresiliencetoclimate change.Forexample,evensubsistencecommunities,suchasherders,farmers andfishers,needtolearnhowtoadaptlivesandlivelihoodstounpredictable variabilityinweather.
Equallysignifcantarechangesinlawsandregulationsthatpromoteclimate- friendlydevelopment,alongwithfnancialandtechnologicalinnovationsthat willcapglobalwarmingbelow1.5degrees Celsius.Thecapacityoftechnology to effciently process big data through the Internet of Things (IoT), 5G andutilizationofmachinelearningprovidesmuchofthecontentforclimate changedebates.Still,pedagogicaldesigninnovationscanhelpglobalstakeholderslearn,contributeandco-createsolutionstoclimatemitigationandclimate adaptation. Upskilling and reskilling therefore become a priority for all global citizens, rich and poor alike. Changing attitudes and beliefs requires awareness raising, structured learning, knowledge sharing and capacity building (WEF, 2019).RapidTransitionAlliance(2020)highlightstheimportanceofeducatinggirlstoaddressclimatechallengesbecausethatcouldresultinareduction inemissionsof51gigatonsby2050throughimpactscascadingonfamiliesand communities.
Youth Bulge – How Skills, Education Can Accelerate Employability Today’sboomingyouthpopulationscanbegoodnewsfortheeconomy;if youngpeoplearehealthy,educatedandproductive,therearemorepeopleto dothekindofinnovativeworkthatstimulatesrapidgrowth. (Gates Foundation, 2019)
Niger,inWestAfrica,hasthedistinctionofhavingtheworld’shighestbirthrate: everywomanhasanaverageof7.2children,andthepopulationisprojectedtotripleby2050(May,2019).Manyotherdevelopingcountrieswillhavelargecohorts ofyoungpeopleenteringtheworkforceoverthenextthreedecadesbecausebirth ratestaketimetodeclinewhilehealthcareimprovementsareloweringinfantand child mortality rates. These statistical trends create a youth bulge that is either humanenergywaitingtobeharnessedforproductiveuseordissipatedthrough violenceandconfict. Fortheyouthbulgeentrants,manyofwhomareconstrainedbylearningpoverty,low-paidjobscurrentlyofferstablecareersandincomesthatmaynotexist for long. It is vital to develop policies that enable these persons to overcome learningpovertyandaccessthe60YC.Forexample,Indianeedstofndjobsfor about12millionyouthsenteringthejobmarketeveryyear.Skillsdevelopmentfor preparingyouthstoaccessemergingjobopportunitieshasbecomeanimportant
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policypriorityofthegovernment(Kumar,2018).Policyactionsneedtocreate country-wideecosystemsthatsupportnotonlyaccesstoqualityK-12education, butalsoinstitutionalmechanismsforthesepersonstoacquireemployableskills andcapabilities.Otherwise,thereisanever-presentriskofyouthfulenergybeing dissipatedthroughsocialalienationandviolence.
BOX 1.1 FUTURE OF WORK HIGHLIGHTS FROM THE WORLD DEVELOPMENT REPORT 2019 The future of work is linked with the agility with which technological opportunities are leveraged by policy makers, organizations and individuals. For example, firms could grow because digitization expands access to markets and geographies, digital platforms create income-earning opportunities in the shared economy, public services can respond to individual needs. Many of these new jobs can be accessed by any person who has upskilled or reskilled him- or herself to meet the changing work requirements. Workers with good problem-solving, teamwork and adaptability skills acquire this agility through continuous learning. Policy makers need to develop programs for ALL, including disadvantaged groups to acquire the requisite high-order cognitive and sociobehavioral skills. For example, employers will typically be looking for job seekers who learn quickly, combine, analyze, problem-solve, create and adjust. The Report states: Employee value won’t be in how many hours they sat at a checkout as a cashier, how many coffees they served, cars they assembled, or accident-free bus routes they drove. It will be a question of how employees can add value to a company and to society in a world where predictable jobs will be mostly gone while unpredictability, complexity, and creativity dominate. (World Bank, 2019b, WDR)
Skills Are the New Currency in the Labor Market Technological changes propelled by the Fourth Industrial Revolution are renderingmanyexistingcompetenciesandskillsredundant.However,theyarealso openingupsustainablecareeropportunitiestopersonswhohavecultivatedthe rightskills,expertiseandmindsetstoadapttotheseongoingchanges.Intelligent digitalautomationisdisruptingsafejobsandcareers,butcanbeleveragedbypersonswithfexiblemindsetsinvestedinlife-ledlearning.Realistically,theonlyway tonavigatethevariouschallengesoutlinedinthischapteristoreskillcontinuously
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toaccessemploymentandapathtoeconomicindependence.Thesenewskills attachvaluetolifeskills,suchasteamwork,creativityandinnovation,asessential tosurviveinahuman+machineworld.
Close the Skills Gap via an Agile and Scaled-Up TechnologyBased Approach Giventhescaleofthechallenge,traditionalin-personapproachestoskillingand reskilling will not work; leveraging technology is the only solution possible to providehigh-qualitylearning(skilling)atamassivescale. Newtechnology-baseddeliverymodelsreducethenumberofteachersneeded while enabling the existing complement of educators equipped with better instructionaltoolstomakemeaningfulheadwaytowardachievingSDG4.Importantly,thesedeliverymodelshavethepotentialofscalingupreachwithimpact for multiple constituencies. EdTech start-ups and innovators have been on the forefront in demonstrating how technology and pedagogy can unlock learning opportunitiesandprovidepointsofaccesstoqualityeducation. Successful reskilling efforts need to focus on three groups of stakeholders throughcustomizedlearningandskillspathways: •
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Individuals:closingtheskillsgapisapriorityacrosstheeconomy,notonlyin termsoftechnicalskillsbutalsosoftskills.Sometargetedgroupswhocould benefit are: (a) existing workforce participants, whose ongoing careers are affectedbyjobdisplacementsthroughdigitization,roboticsandotherdriversof theongoingFourthIndustrialRevolution;(b)newentrantstothelabormarket includingmembersoftheyouthbulgeenteringlabormarketsamidstdeepdisruptionsintraditionaljobstheywerecompetingfor,and(c)femalelaborforce participants,anotherequallyimportantconstituency–whocould,post-skilling, accesshigher-payingworkfromhomeswhilehavingawork-lifebalance. Organizations:employerorganizationsneedtoleveragetechnology-basedlearningprogramstomaintainacontinuousbenchofupskilledemployees,rather thanterminatingtheirjobcontractsandhiringanew.Asupportivestrategyof retainingemployeeswhohavereskilledorupskilledthemselvesiscost-effective. Itisalsofarlessdisruptivethanterminatingemploymentandhiringafreshfrom thealreadytightlabormarketsforthenewjobscreatedthroughdigitization. Policy makers:atthepolicylevel,governmentsandregulatorsalsoneedtobe updatedwiththelatestdevelopmentsandpolicytrendsonhowthefutureof workandlearningcanbesustainablypromoted,notablybecauseofchanges brought about by digitization, EdTech2 advances, pedagogic innovations andglobalizedmarketplaces.Toimproveeconomicprospectsfortheglobal workforce, the World Economic Forum, in partnership with LinkedIn, has identified a “skills genome” that builds and tracks supply and demand for over 50,000 cross-functional skills identified in local markets and relevant
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forgeographicareas,jobfunctionsandindustries.Theseinsightswillenable governments and learning organizations to identify and plan for emerging jobopportunities(WEF,2020).3 Tosumup,astheFourthIndustrialRevolutionandothershiftscreatenewdemands onlabormarkets,educationandmassivereskillingwillbecrucialtofosterinclusive economicgrowth,eradicatepovertyandleapfrogtoafutureofopportunityfor all.Educationneedstobeviewedasacollectiveenterprise,whichwillfourishif individualsandorganizationsproactivelyseizetheavailablelearningopportunities toinvestintheirownfutures.Thisbook,withcontributionsbyeminentacademics andpractitionersinEdTech,datascience,educationandcapacitybuilding,willhelp organizationsreimagineeducationmodelstopreparelearnerstothriveinthe21stcenturyandcreateacloserlinkbetweeneducationandemployment.
Notes 1 “FourthIndustrialRevolution,anewerathatbuildsandextendstheimpactofdigitization in new and unanticipated ways.” World Economic Forum, January 2016. www. weforum.org/agenda/2016/01/what-is-the-fourth-industrial-revolution/. 2 EdTechorEducationaltechnologyisthecombineduseofcomputerhardware,software, andeducationaltheoryandpracticetofacilitatelearning(Wikipedia). 3 The World Development Report (WDR), 2019: The Changing Nature of Work. WorldBank(op.cit.)identifiesthekeyprioritieswithregardtoallthreeconstituencies. Retrievedfromwww.worldbank.org/en/publication/wdr2019.
References Agarwal, A. (2020, January). Stackable, modular learning: Education built for the future of work. Forbes. Retrieved from https://blog.edx.org/stackable-modular-learning-education- built-future-work/ Banon, R. (2018, November). Learning for a lifetime. Inside Higher Ed. Retrieved from www.insidehighered.com/views/2018/11/16/why-longer-lives-require-relevant- accessible-curricula-throughout-long-careers Crow,M.(2020,June).MichaelCrow:Crisisshouldheraldcooperationanddifferentiation. The World University Rankings.Retrievedfromwww.timeshighereducation.com/news/ michael-crow-crisis-should-herald-cooperation-and-differentiation#survey-answer Davis, N. (2016). What is the fourth industrial revolution? World Economic Forum. Retrieved from www.weforum.org/agenda/2016/01/what-is-the-fourth-industrial- revolution/ Dede, C.andRichards, J.(2020).The 60-Year Curriculum New Models for Lifelong Learning in the Digital Economy. Routledge, New York. Retrieved from www.routledge. com/The-60-Year-Curriculum-New-Models-for-Lifelong-Learning-in-the-Digital/ Dede-Richards/p/book/9780367821272 TheEconomist.(2018,August).WhyuniversitiesfortheelderlyareboominginChina.The Economist.Retrievedfromhttps://www.economist.com/the-economist-explains/2018/ 08/16/why-universities-for-the-elderly-are-booming-in-china
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Fore,H.H.(2020, January).Digital Learning Can Help Us Close the Global Education Gap. This Is how. World Economic Forum. Retrieved from https://www.weforum.org/ agenda/2021/01/think-education-is-a-matter-for-governments-alone-think-again/ Freeman, J. (2021, February). General motors is counting on your loving electric cars. The New York Times.Retrievedfromhttps://www.nytimes.com/2021/02/02/opinion/ GM-electric-cars.html GatesFoundation.(2019).Examining Inequality: How Geography and Gender Stack the Deck for (or against) You. Goalkeepers Report. Retrieved from www.gatesfoundation.org/ goalkeepers/report/2019-report/#ExaminingInequality GPE,GlobalPartnershipforEducation.(2020).Education Data Highlights.Retrievedfrom www.globalpartnership.org/results/education-data-highlights Jagannathan, S. (2018, December). Future of work in a globalized world, relevance of MOOCs for continuous learning. In M. G. Moore and W. C. Diehl, Handbook of Distance Education,4thed.RoutledgePress, NewYork.E-bookISBN9781315296135 Jagannathan. S. (2019). Open education in the World Bank: A signifcant dividend for development.InKeZhangetal.,MOOCs and Open Education Across Emerging Economies: Challenges,Successes,and Opportunities.RoutledgePress,NewYork.ISBN9780367025779 Kumar,M.(2018,August).Personalcommunication May, J.(2019,March). Nigerhastheworld’shighestbirthrateandthatmaybearecipe for unrest. The Conversation. Retrieved from https://theconversation.com/niger-has- the-worlds-highest-birth-rate-and-that-may-be-a-recipe-for-unrest-108654 McKinsey.(2017).Jobs Lost, Jobs Gained: What the Future of Work Will Mean for Jobs,Skills,and Wages.McKinsey&Co.Retrievedfromhttps://www.mckinsey.com/featured-insights/ future-o f-work/jobs-lost-jobs-g ained-w hat-t he-f uture-o f-work-w ill-m ean-f or- jobs-skills-and-wages McKinsey. (2020). How COVID-19 Has Pushed Companies over the Technology Tipping Point – and Transformed Business Forever. McKinsey & Co. Retrieved from https:// www.mckinsey.com/business-functions/strategy-and-corporate-fnance/our-insights/ how-c ovid-1 9-h as-p ushed-c ompanies-over-t he-t echnology-t ipping-p oint-a nd- transformed-business-forever Patrinos, H. (2016, May). Why Education Matters for Economic Development. World Bank. Retrieved from https://blogs.worldbank.org/education/why-education-matters- economic-development RapidTransitionAlliance.(2020, January).Educating Girls Is More Effective in the Climate Emergency than Many Green Technologies. Rapid Transition Alliance. Retrieved from https://www.rapidtransition.org/stories/educating-g irls-is-more-effective-in-the- climate-emergency-than-many-g reen-technologies/ Saavedra, J.(2021,February).10 Ways to Ensure Equal Learning for All Post-COVID.World EconomicForum.Retrievedfromhttps://www.weforum.org/agenda/2021/02/covid- 19-learning-opportunity-education-equality-disadvantaged-children-resources-equity UN. (n.d.a) Ensure Inclusive and Equitable Quality Education and Promote Lifelong Learning Opportunities for All. UN. Retrieved from https://unstats.un.org/sdgs/report/2019/ goal-04/ UN.(n.d.b)Sustainable Development Goals: Quality Education.UN.Retrievedfromwww. un.org/sustainabledevelopment/education/ WEF.(2019).Towards a Reskilling Revolution Industry-Led Action for the Future of Work.Centre for New Economy and Society Insight Report. World Economic Forum. Retrieved fromwww3.weforum.org/docs/WEF_Towards_a_Reskilling_Revolution.pdf
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WEF. (2020, October). The Future of Jobs Report 2020. WEF, Cologny, Switzerland. Retrievedfromhttp://www3.weforum.org/docs/WEF_Future_of_Jobs_2020.pdf World Bank. (2011). Overview of WBI’s Capacity Development and Results Framework: Approach to Guide the Assessment, Design, Monitoring, and Evaluation of Capacity Development” Efforts.WorldBank.Retrievedfromhttp://documents1.worldbank.org/curated/ pt/106621467998824685/pdf/80635-WP-Overview-of-Capacity-Development-and- Results-Framework-0-Box-377295B-PUBLIC.pdf WorldBank.(2018). About the Human Capital Project.WorldBank.Retrievedfromwww. worldbank.org/en/publication/human-capital/brief/about-hcp WorldBank.(2019a, November).Ending Learning Poverty: A Target to Galvanize Action on Literacy.WorldBank.Retrievedfromwww.worldbank.org/en/news/immersive-story/ 2019/11/06/a-learning-target-for-a-learning-revolution WorldBank.(2019b).World Development Report (WDR) 2019: The Changing Nature of Work. WorldBank.Retrievedfromwww.worldbank.org/en/publication/wdr2019 WorldBank.(2020,June).COVID-19 Could Lead to Permanent Loss in Learning and Trillions of Dollars in Lost Earnings.TheWorldBank.Retrievedfromhttps://www.worldbank. org/en/news/press-release/2020/06/18/covid-19-could-lead-to-permanent-loss-in- learning-and-trillions-of-dollars-in-lost-earnings
2 THE DIGITAL LEARNING OPPORTUNITY Sheila Jagannathan
As technology disrupts daily lives across the planet, a parallel transformation is takingplaceintheeducationandcapacity-buildingsectors,notablyrecalibrating thewayteachingandlearningarebeingdeliveredatscale.Worldwideinvestments in EdTech in 2019 totaled US$18.66 billion and is estimated to grow twenty- foldtoUS$350billionby2025,acceleratedbythedemandsurgefollowingthe COVID-19pandemicin2020(Bouchon,Toumi,2020).
More Changes in Learning in the Last Decade Than the Past Millennium Elliot Maise (2018, para 3) notes that we must celebrate the rise of innovation inlearning: “Infact,ourlearnersareleadingandpushinginnovation–asthey expandandevolvetheirapproachestocuriosity,discoveryandinformation.” Just as learning and learners are occupying center stage, major accompanying shifts have taken place in content formats, pedagogic approaches, technology frameworks, design experiences, learner expectations, analytics, business models, partnershipsandlearningroles.Theseshiftsweremadepossiblebydisruptiveeducationaltechnologies(EdTech)includingInternetofThings,themobileInternet, bigdata,artifcialintelligence(AI),machinelearning(ML),5G,andotherinnovations.AsProfessorAnantAgarwal, CEOofEdX,states, “Thelatestteachingand learningresearchshowsthatlearningonlineoftenresultsinsimilarorbetteroutcomesthanthetraditionalclassroomsettingbecauseofitsfexibility,personalized pacingandinstantfeedback,allbasedonthelatestincognitivesciencelearning” (Agarwal,2020a,para4).
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“Just as learning and learners are occupying center stage, major accompanying shifts have taken place in content formats, pedagogic approaches, technology frameworks, design experiences, learner expectations, analytics, business models, partnerships and learning roles.”
EdTechinnovationsplacelearningatthefngertipsofpeopleineverypart of the world. Learners now use technology to connect with experts or with peerswhofacesimilarchallenges. Curationofresourcesistakingplaceatthe pointofneed,blurring the lines between work, learning and life.Byusingmobile, socialmediachannelsandclassroomsonthecloud,continuouslearningispossible,atafexibletime,placeandpace,andinpersonalizedwaysthatnolonger requirewaitingforannualorperiodictrainingevents.Theroleoftechnology hasbecomecrucialbecauseitenhancesthequalityandagilityofthelearning experience, encourages inclusivity – all made possible at a massive scale and lowercost. Innovationsinpedagogicaldesignalsofacilitateseamlessinteractivitybetween the instructor and the learner. The teacher today has available many innovativeteachingapproachestochoosefrom,suchasMassiveOpenOnline Courses (MOOCs), fipped classrooms, learning labs and on-the-job learning tools. New, collaborative and active learning spaces are also being created to prepare thelearnerfortheworldofwork.Theeffectivenessoftheseapproachescanbe trackedthroughbigdataanalyticsmadepossiblebydigitization. Theevidencegeneratedbydatafacilitatesabetterunderstandingofthelearningprocessandtherebyensurescontinuousimprovementsindesignanddelivery. Teachers can deliver personalized feedback to learners, set realistic targets, and receivelearnerfeedbackoncoursecontent,allofwhichcontributetoimproving individual learning experiences. Virtual Reality (VR) and serious games enable immersivelearningandfurtherimprovethequalityoftheexperiencesthrough thepowerofpresenceandreal-worldpractice.Inthenearfuture,learningecosystemsareexpectedtobedrasticallyreshapedthroughAIintopersonalizedlearning pathways.
COVID-19 – an Unexpected Silver Lining for Digital Learning The COVID-19 pandemic in 2020 disrupted work, enforced social distancing andforciblypivotedtheentireglobaleducationalsystemfromin-persontodigital learningalmostovernight.Beforethepandemic,onlyaverysmallproportionof globallearnersusedonlinelearning,butinMarch2020theentirelearningcommunityhadtoswitchtoonlinelearning.
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Sucharapidtransitionhaspredictablyresultedinvariablequality,rangingfrom creativeandgood-qualitylearningprogramstolecturessimplycastonlineviaZoom andotherwebconferencingtools.COVID-19hasthereforeintensifedpressureson educationistsandpolicymakerstoexploreimmediatesolutionstoreplacein-person classroomsandsparkedoneoftheworld’smostsignifcantEdTechimplementations overnight.ThetransitionwasfacilitatedbyEdTechinnovationswhichhadalready establishedasolidtrackrecordofeffectiveonlinelearning,asevidencedbycreative examplesinmanycountries(Tam,El-Azar,2020): • • • • • •
•
StudentsinIndiaparticipatedinroboticsclassesviaEdxMOOCs. HongKongschoolscontinuedstudiesusinginteractiveapps. RuralvillagesinGhanausedvideotoaccessqualityteachers. 120million Chineseaccessedlearningvialivetelevisionbroadcasts. Nigerianschoolsusedasynchronoustools(suchasreadingsviaGoogleClassroom),complementedwithreal-timevideo-basedinstruction. Lebanesestudentscontinuedtheirphysicaleducationclassesonlinebyrecording videos and sharing with their teachers for feedback while at the same timeacquiringnewdigitalskills. IntheUS,studentsusedheadsetstointeractwitheachotherinVirtualReality settings.
BOX 2.1 COVID-19 A SILVER LINING A professor at New York University’s Tisch School of the Arts taught a drama course that allows students to act with each other in virtual reality using Oculus Quest headsets. A music professor at Stanford trained his students on software that allows musicians in different locations to perform together using Internet streaming. Professors are pioneering new methods and EdTech companies are developing platforms at a pace not seen before, providing a glimpse into the untapped potential of online education. Not to be forgotten, of course, is the fact that just a few years ago, a transition to online learning at the current scale would have been unimaginable. (Taparia, 2020, para 7)
Insum,COVID-19hasnudgedandpushedtheeducationalcommunityforchange thatincludes: • •
Pivotingaround1.2billionstudentsfrom186countriestolearnremotely. Catalyzingtheeducationsector(whichhasbeenhistoricallyslowtoreform for decades) to reimagine new models and maps of teaching and learning moresuitedforthe21st-century.
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•
Highlightingtheurgency,post-COVID,ofbuildingbackinclusiveandequitable learning systems to bridge the widening learning poverty caused by inequitableaccesstotechnology,Internet,etc.
Blended Learning Is Becoming the New Normal ProfessorAnantAgarwalsaysthatafterexperiencingthebeneftsfrsthandduring COVID-19, blended learning will become the new normal for education post-COVID-19. He expects most universities will have “roughly 40–50% of online activities co-mingled with in-person work after the pandemic is over” (Agarwal,2020b,para11).Bates’PrincipleofEqualSubstitutionsuggeststhat“we shouldnowreversecurrentpracticeandtreatonlinelearningratherthanclassroomteachingasthedefaultmode”(Bates,2015,p.315).However,pre-requisites tosucceedaredigitalaccessthroughreliableInternet,pedagogicaldesigninnovationstokeeptheinfowofqualityandcutting-edgelearningmaterials. Whendigitallearningemergedinthe1990sand2000s,itwasviewedasan inferiorformofeducationbecauseofthepoorqualityofcurricula,lackofhuman interactions(student-teacherandstudent-student)andunevenaccesstotheInternet and electricity (for many of the developing country learners). It was only in 2015, when leading universities such as Harvard, Massachusetts Institute of Technology, Stanford, Oxford and other global academic institutions launched MOOCsasawaytoupskillonhardskills(suchasdatascienceandsoftwareprogramming)andsoftskills(suchascriticalthinkingandleadership)thatamore positiveperceptionofdigitallearningemerged. COVID-19 emerged as an infection point for digital learning. According to UNESCO(2020),oneandahalfbillionstudentsaroundtheworldparticipatedin remotelearningattheheightofthepandemicinMarch2020.TheNexGendigitallearningisapotentialgame-changer;itoffershigh-quality,liveandon-demand educationtolearnersatanylevel(startingfromK-12tomid-career)tobecome positive contributors to society. These are recognized as opportunities to close the skills gap, enable individuals to pursue career-focused education and, most importantly,equipthemwithrelevantskillstobecompetitiveintheworkplace.It isalsochampionedasawaytomakeeducationmoreaffordabletonon-traditional audiences,whileprovidingopportunitiesto “learnasyouearn.”Digitallearning, isthereforeacriticaldrivertowardsachievingtheSDGseitherforpersonsrequiringupskillingandreskillingorforotherssufferingfromlearningpoverty. The NexGendigitallearningshiftsfromearlierpassiveapproaches(ofreading, watchingorlisteningtoexpertsandrotememorization)tomoreparticipatoryand refectiveapproachesthatemphasizebuildingskillsthroughapplicationofknowledge in real-world contexts. The focus is also not just on scaling knowledge or deliveringcontentthroughone-waytransmissionfromexpertsbutalsooncatalyzing learnerstothinkcriticallytosolveproblemsthroughteamworkandcollaboration.
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Beneftsinclude:equitable24/7/365accesstolearningataglobalscale,fexibilityoftime,place,paceandformats,accesstoworld-classexpertsandhuman connections, interactivity (via quizzes, interactive video and VR), personalized learningpathways,abilitytoretakesessionsandpracticeuntilperfect,andincreased learnersatisfactionandretention.Digitallearningalsopermitsscalabilityinmore affordableways,addressesteachershortagesandprovideseaseofcurriculaupdates andprecisemeasuresoflearneroutcomesandperformanceaswellasgenerating positiveenvironmentalimpacts. However,scalingupthisvisionindevelopingcountrieshasitschallenges,as onlyaround60%oftheworld’spopulationisonline.Althoughtheglobalpandemichasledtoamassiveswitchtodigitallearninginallpartsofthedeveloping world,italsoshedslightonstarkinequalitiesindigitalinfrastructureaccess,lack of skills among teachers, lack of data on learning defcits of vulnerable groups, highdropoutratesandverylimitedfundingformodernization.Globalinitiatives such as Reimagine Education (UNICEF, n.d.) are bringing together a coalition ofprivatesectorpartners(suchasMicrosoft,Ericsson,PwC,SAPandothers)to improveaccessforyouthtodigitallearningand21st-centuryskills.Thechapters throughoutthebookdiscussothermitigationmeasures.
New Frontiers in Digital and Blended Learning Thecomingtogetherof COVID-19andthemassiveskillingchallengesgenerated by the ongoing Fourth Industrial Revolution have compelled the world to reimagine their education models quickly. Innovations in EdTech and the accompanyingnovelpedagogiesareraisingthequality,equity,effectivenessand resilienceoflearning.Digitallearningandteachingtoolsarereshapingtheeducational landscape to meet the new challenges of closing the skills gap and helpingupskillandreskillat scale.ItisnolongeraquestionofwhetherEdTech isaviableoption,butof “HowsooncanIgetstarted?”and “Howtogoabout thetransformation”. Blendedlearning,whichcombinesthebestofin-personanddigitallearning,is aneffectivewaytoscaleupskillstransformationwhilealsosustainingcontinuous learningthroughoutaperson’sworklife.Figure2.1describestheevolutionand newfrontiersofdigitallearning. 1. Severalmacroexternaldrivers(discussedinChapter1)generatetheneedfor amassivescale-upofeducationandskilling.Thesedriversareinsomecases commontoallcountries(theupskillingrequiredtocapturejobopportunities arisingfromtheFourthIndustrialRevolutionandclimatechangechallenges), whileinothercasesspecifictodevelopingcountries(learningpoverty,achievingtargetssetbytheSDGsandjobcreationfortheyouthbulgeentrantsto theworkforce).
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FIGURE 2.1
Newfrontiersofdigitallearning:ananalyticalframework(authorgenerated)
2. Thesedriversarereshapingthefutureofeducationandskillsdevelopment, causing major shifts in the way we learn. Learning must be viewed more holistically,asacontinuouspathtobuildenduring,cross-sectorallifeskills. Mobile-first, participatory, personalized and collaborative are key adjectives usedtodescribelearningtoday! 3. Catalyzingtheseshiftsinlearningareevidence-basedEdTechenablers(integrated,innovativeplatformsandtoolstoenhancelearning)thatweremade possiblebytheongoingdigitaltransformation. 4. Complementary innovations in pedagogical design and teaching practices (blendedlearning,gamification,virtualfacilitation,andsoon)haveledtothe emergenceof21st-centuryteaching-learningapproachesthathaveupgraded digitallearningqualitytoovercometheearlyskepticism.
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Digital and blended learning are not just viable complements but, in many situations, scalable alternatives to traditional, face-to-face education. To sum up, technologyhascaughtupwiththeneedsofcontinuouslearningtoenablelearnersaccessthejobsbeingcreatedbytheFourthIndustrialRevolution.
Key Shifts Reshaping the Future of Education and Skills Development Educatorsmustunderstandandleveragethecurrentshiftsthatarehappeningin learningtohelpdesignmoreresponsiveandsustainablelearningenvironments. Thefveshiftstransforminglearningtodayaredescribednext.
Shift 1: Embrace Continuous, Life-Led Learning for All Technologicalchangeisdisruptingsocietyandtheworkplace,requiringcontinuous upskilling and reskilling. A World Economic Forum report (Kasriel, 2017) concludedthattheshelflifeofskillsneededtosucceedisgettingshorterandcurrentlyisonlyaboutfveyears.Digitalchannelsoflearningandrecognitioncanbe usedfromtheschoolleveltotheworkplacesforindividualstoplantheirdynamic learningpathwaysfortheirlifetime.Ajobskillscertifcateoracollegedegreeisnota discretemilestone;rather,learningisnowviewedasacontinuousjourneyinvolving periodicskillsrefresherstostayprofessionallyrelevantandcompetitivewhennew jobopportunitiesarise.Theselifelonglearningstrategiesthatblendnewlearning withworkexperiencesarepredictedtobecometherule.Academicandtraining institutionsneedtorethinkhowtosupportthisculturalshiftinlearning.Inthis context,technologyisanenablerforapersontomoveawayfromlearninginjust onephaseofone’slife(typicallyduringschoolandcollege)tocontinuouslylearn abouttopicsthatenhanceemployabilityandthepersonalgrowthnecessarytostay competitiveinrapidlychangingjobsmarkets.Thefuturebelongstothelearner who is learning continuously in order to pivot multiple times throughout his/ hercareers.
Shift 2: View Learning Holistically Holisticlearningencompassesformal(suchasclassroomanddigitalcurricula)and informallearningthatoccurintheworkplaceandfrompeer-to-peerinteractions. Technologyprovidesaffordancestolearninmanywaystoday.Forexample,while implementing a project, attending a self-paced e-course or webinar, watching bite-sizedvideosonthemobile,networkingataconferenceorseekingsolutions in peer groups all constitute parts of a rich learning experience. Adults weave together the insights from formalized learning with informal and microlearningintoacontinuouslearningjourney. Newcompetenciesaredeveloped,while atothertimesexistingcompetenciesaredeepened.Inmanyinstances,informal
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learningpromotesproblem-solvingandsupportsthetransferoflearningtothe job.Digitalaccessalsogivesthemodernlearner(whoisoftenshortontime)the fexibilitytocuratehisorherownplaylistsandengagewithpeersandexperts just-in-timeorathisorherownpace.
Shift 3: Focus on Cross-Sectoral and Hybrid Skills Withdigitaltransformationtakingplaceinallsectors,jobsarebecominghybrid andrequireamixofdifferentskillsets. Jobseekerssoughtaftertodayarethose persons who work well in cross-sectoral teams. The ability to integrate diverse piecesofrelevantknowledge(fromhumanities,technologyanddatascience)is alsovaluedalongwithmanagementandsoftskills(suchascommunicationand designthinking)aswellasthematicknow-how.Examplesofnewskillcombinationsincludemarketingwithstatisticalanalysis,datasciencewithvisualdesign, climate change and macro-economics, to name a few. These hybrid skills are particularlyimportantforSDG-relatedlearningbecausetheoveralldevelopment impactssoughttobeaccomplishedareoftencross-sectoralinnature.Forexample, anurbanplannershouldbeknowledgeableaboutglobalclimatemodels,energy effciencyandsmarttransportationoptions,whileretainingdeeptechnicalexpertise on spatial planning. Persons who have cross-sectoral knowledge combined with deep technical skills for a specifc job (described as a T-Profle1) will be mostcompetitivewhenitcomestogettingjobs,promotionsandrecognition(Van Dam,2018).
Shift 4: Unbundle With Modular Education and Micro-Credentials Theneedtocontinuouslyrefreshskillsetscallsformoreunbundled,simplerand modular approaches in the way learning is delivered and recognized. Agarwal (2019a,para2)notesthat “academicinstitutionsneedtoofferfexibilityandare exploringcreativewaystounbundledegreesandcreatenon-linear,modularcareer andeducationpathwayswiththeirowncredentials.”Thebeneftsofmodularity arethatlearnerscanconstructtheirowncustomizedlearningpathways,mixing andmatchingfromLego-likelearningblockstomeettheiruniquejobrequirements,interestsandcareergrowthprospects.Theavailabilityofshorter,compact programstoreskillfastprovidesfexibilityforlifelonglearnersrequiringcapacity andcompetencyvalidation. Asemployersshifttheirfocusawayfromlongerdegreeprogramstojob-related skillsandcompetencies,micro-credentialingwillexpand,takingtheformofcertifcates,badges,MOOCsandMicroMastersthatprovidejust-in-timeskillsand recognize,stack,shareandaccumulatemodularcredentialsthroughoutone’slife. Thevalueofthesenewercredentialsisthattheymeasuremorethanjustcourse completions; they also attest to on-the-job skills, contributions to a project or businessoutcomes.
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Shift 5: Build Enduring Capabilities Inaworldconstantlybeingreshapedbychangeanduncertainty,oneneedstodevelop enduringcognitive capabilityandtransversal skills,whichhelptransferandapplylearningtodifferentcontextsthroughsomecoreenablerskillsdescribedbelow: • •
•
•
Inculcatethelifelong learner mindsetandtakeaproactiveapproachtopersonal development. Developcuriosityandagrowth mindset,atermcoinedbyaStanfordpsychologist,CarolDweck(2007),forindividualswhobelievethattheyhave“unlimited capacity to learn and grow.” In contrast, people with a fixed mindset believethat “theirlearningpotentialispredeterminedbytheirgenes,their socioeconomicbackground,ortheopportunitiesavailabletothem.” Acquire and maintain a mix of three foundational skillsets (soft, business and technology) to function successfully in a digital economy. Examples of soft skillsincludecollaborationandcriticalthinking,businessskillsincludeprojectmanagementandbusinesscommunications,andtechnologyskillsinclude datascienceandAI(Agarwal,2019b). Build learning reliance to continuously unlearn and relearn new things or applyexistingknowledgeinnewways,especiallyrelevantinVUCA(Volatile, Uncertain, Complex,andAmbiguous)situationsembodiedrecentlybythe COVID-19pandemicbutalsofromeventssuchasviolenceandfragility,climateinsecurityandrapidtechnologicalchange.
Thesecognitivecompetenciesarecriticalinputstobuildenduringcapabilities, necessaryforresilience,well-beingandadaptabilityinoureducationalsystems.
EdTech Enablers Are Catalysts for Quality Learning TheEdTechindustryhasbeenadvancingatanacceleratedpaceandbroughtus tothecuspoftransformationalchangeinthewaystoteachandlearn.Thekey disruptorstransformingthequality,fexibility,responsivenessandscale,aswellas effciency,effectivenessandequityofteachingandlearningaredescribednext. Furthermore, these evidence-based technology solutions offer innovation and agility that empower the educational practice to help create better experiences and outcomes for learners. In addition, deploying these technologies can help achievecosteffectivenessandeffcienciesintheentirelearninglifecycle,including student recruitment/enrollment, pedagogy/curricula, student experience as wellascareerandalumniservices.
Enabler 1: Cloud Computing Adultlearnersworldwide,includingthosefromruralareasandfragilestates,are taking advantage of the Internet to acquire knowledge from elite institutions
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thousandsofmilesawaytoapplythelearningtoimprovetheireconomicconditions. Cloudcomputingisonesuchtechnologythatempowerstheeducational industrytoshiftthefocusfromphysicaltovirtualresources.Thelattercanbe easilyaccessedandshared,nomatterwherethelearnerislocated.Byimplementingcloudcomputing,learnersandteachersjoinaclassroom on the cloud,accessing onlinecurricula,learningresources,multimedia,virtuallabs,appsandanalytics, and sharing computing power, storage and other educational services (Uden, Liberona,Feldmann,2016). Inadditiontoreducingoperationalcostsandprovidingsecureandeasyaccess tolearningopportunities,thepay-as-you-gomodelallowsinstitutionstofexibly scaleupduringpeakusageandscaledownwhenserverneedsarelow.Educational institutionsareincreasinglyusingcloudservicestoenhancetheresponsiveness,effciency,andeffectivenessoftheirlearningprogramsandservices.As5Gbecomes widelyavailable,especiallythroughcloud-basedclassrooms,itwillprovidefaster andmorenaturalconnectionswhilereducinglatencyaswellasthedistantfeel inAR/VRandimmersivelearninginteractions.Theintroductionof5Gwillbe awatershedmomentforeducation,facilitatingtrueanytime,anywherelearning, especiallyformobilelearners.
Enabler 2: Learning Experience Systems and Integrated Platforms With the shift to continuous learning and an expanded defnition of learning toincludemicrolearning,on-the-jobandsociallearning,thetraditionallearning managementsystemsalone(LMS)maynolongerftthebill.New,integratedand end-to-endlearningplatformsareemergingthatincludefunctionscrucialforthe modernlearner.Theseincludeskillsontology,credentialmanagementandassessment, social and collaboration tools, role-based pathways, content marketplace ande-commerce,aswellasthemoretraditionalcourseandcontentmanagement capabilities. Also, to put learning squarely in the hands of the learner, a new feature set calledLearnerExperiencePlatforms(LXP)providesNetfix-type interfacesanduses AIandMLtoanalyzelearnerpreferencesandinteractions.Thesedataarethen usedtocuratecontentandlearningfromdiversesources,therebymakinglearning lessfragmentedandmorepersonalizedandeasiertodiscover,consumeandtrack. These systems also incorporate intelligent search, digital and social capabilities (suchaschatbots,badging,andleaderboards),embeddedmicrolearning,skillspaths andanalytics(Bersin,2019).
Enabler 3: Artifcial Intelligence (AI) and Machine Learning (ML) AIofferstremendouspotentialtoshapeandreimaginetheeducationalexperience andisbeingreferredtoasthenew,invisibleuserinterface(UI)foreducation.Infact,
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educationistsgloballyarestartingtoexploretheuseofAIthroughallkeyphasesof thelearninglifecycle,from “learningengagement,support,feedback,creationof content,curation,adaption,personalizationandassessment”(Clark,2020). Another promising application of AI includes transitioning from lecture- stylepresentations,fatpagesofreadingmaterials,andone-size-fts-alllearning experiencestodeeperlevelsofpersonalizedandadaptivelearning.Itplacesthe learner at the center of the experience and provides individualized learning pathsthatrecognizetheirpreexistingskillsandallowsthepersontomoveather ownpacewithtailoredactivitiesandinteractionsthatincreasetheprobability ofsuccess. Suchadaptivelearning,madepossiblethroughamarriageofcomputerscience and cognitive research, allows data-driven personalized online learning at scale. Thisapproachcutsthelearningtimetoachievemasterybyhalfandalsohelps addressperformance(bothconsciousandunconscious)gapsandasaresultboosts confdenceandcompletion(Howe,2018). Other applications of AI include intelligent grading of assessments in large- scale MOOCs, AI-powered chatbots, or tutors providing just-in-time guidance, feedbackandnudges,multilingualvideocaptionsandtranscripts,andarecommendations engine that rates and curates personal learning pathways based on interests.
Enabler 4: Immersive Extended Reality (AR, VR, MR) Technologies Extended reality (XR) is an umbrella term that describes an environment that mergesbothphysicalandvirtualdimensionstofacilitatefullyimmersive learning experiences.Twocommontechnologiesthatwillplayagreaterroleinlearning areAugmentedReality(AR)andVR.InAR,therealworldisenhancedbyoverlayswithvirtualobjects,suchasimages,textandanimation.Ontheonehand, learnerscanusetheirmobilestoengageinathree-dimensionalARexperienceto learnaboutthesolarsystem,explorethesun,planets,andsatellitesindetailand observetheplanetarypositionsandorbits.Virtual Reality(VR),ontheotherhand, facilitates a fully immersive experience involving virtual objects in a simulated digitalenvironment.Usingaheadset,thelearnergetsa360-degreeperspective ofthesimulatedworld,likesteppingintotherealexperienceandmanipulating andinteractingwithvirtualobjectssuchaswalkingonthemoon,fyingaplane, orswimmingunderwater.Inmixedreality,digitalandreal-worldenvironments coexist and can interact with one another in real time. An example of this is holographicprofessorsusedtobeamteachersintoaclassroomduringCOVID-19 orscalequalityinstructionacrossmultiplecampuses.Thesetoolstricktheindividual’sbrainintothinkingthattheteacherisactuallythere,providingincreased presence and engagement that facilitate better learning outcomes (Liu, Dede, Huang,Richards,2017).
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Enabler 5: Learning Analytics Using technology in support of education offers a “digital footprint” of every activitythatcanbecollectedandanalyzedforevidence-baseddecision-makingat thelevelofthelearnerandcurriculabutcanalsoimpactbusinessmetrics.Learning analytics provides tools to track learner interactions and help mine, collect, analyzeandreportdataaboutlearnerswhiletheyarelearning,therebyenhancing theoveralllearningexperience.Patternsthatemergefromdatahelptounderstand learners’preferences,strengths,andweaknesses,predictperformance(suchaspass, failandneedsupport),reducedropoutrates,increaseretentionandfacilitateoveralllearnersuccess.Inaddition,suchinsightshelpcreatepersonalizedexperiences thattargetskillgaps,provideactionablefeedbackandevenimproveeffciencies byuncoveringconsumptionpatterns,impactsofvariousdeliverymodels,andthe qualityofcoursesandcontent(Sclater,2017).
21st-Century Digital Learning Approaches Theenablingtechnologiesdiscussedintheprevioussectionareleveragingfexible andlearnercenterededucationforall(withanemphasisonequityandinclusion) andhelpingcreatehigh-qualitylearningenvironmentsthatovercomesomeofthe earlierdefcienciesindigitallearning.
Approach 1: Blended Learning Blendedlearningstartedasacombinationofin-personandonlinelearningand was justifed as being more effective than its parts (either in-person or online separately).Itoffersthebeneftsoffexibilityoftimeandpace,interactivityand engagement.Overtime,blendedlearninghasexpandedtoincludedeliverymodes and a thoughtful integration of pedagogical approaches. Formal and informal learningapproachescombinedwithsocial,collaborativeandon-the-jobactivities arealsoconsideredblendedlearning. Withinthecontinuumoftechnology-basedlearning,differentformsofblended learning,suchasfippedclassroom,hybrid,fexiblelearningandhyfex,arenow beingmainstreamed. Chapter5andotherchaptersgointoamoredetaileddiscussionaboutblendedlearning.Today,blendedlearninghasnosingledefnition becausemuchdependsonthecreativityofthepersondesigninglearning:theterm isbroadenoughtoincludeawiderangeofvariationsbasedoncontextandcreativity(Bonk,Graham, Cross,Moore,2012). Post COVID-19,blendedlearningisexpectedtobemorethanacombination ofdeliverymodesorlearningmethods,andinsteadwillrepresentanewwayto thinkaboutteachingandlearning,withaccompanyingmindsetchanges.Itisnot aboutusingtechnologytoreplicateF2Flearningexperiences,butaboutanartful
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mix and match of synchronous and asynchronous activities to exceed learning outcomesandachievenewvaluethatwasnotpossiblethroughin-personlearning.Blendedlearningthereforedescribesafutureoflearningthatintegratesthe bestofbothworldsandislikelytoevolveandimproveineffectivenessasnewer modelsoftechnologiesandpedagogiesemerge.
Approach 2: Active Learning Activelearningwillbecrucialtoachievetheskillstransformationnecessaryto participateinthefutureworkplace.Aconstructivistapproachencourageslearners totakeanactiveroleinengagingwithandmakingsenseofcontenttobuildtheir ownknowledgeandunderstandingofthesubject.Thiscontrastswithtraditional lecturesorreadingsorwatchingvideoswhichrepresentaone-waytransmission ofknowledgetopassivelearners. Theevolutionoftechnologyhashelpedpromoteactiveonlinelearningatscale byprovidinglearnersaplatformtolearnbydoing,andsolvingproblemsfocused onanexperience,inquiryorrefection–aformofexperiential learning.Learners can take a more participatory role to engage, question, practice and apply new knowledge(using caseanalysis,scenarios,roleplay,simulationsandVR),refect andsynthesizetheknowledge(usinge-discussions,onlinedebate,publishingof reports,blogsetc).Suchactive pedagogiespromotehigherretentionoflearningand helptransfernewknowledgeacrossmultiplecontextsintheworkplaceandover alongcareer.
Approach 3: Reimagine Assessment Newmodelsforteachingandlearningareleadingtoarethinkofassessmentsto better align evolving workplace needs and employability with lifelong learning practices.Atabasiclevel,thismeansashiftfromsummativeexamstoassessing real-lifeprojects,labs,codingassignments,simulations,androleplays,anddigital portfolios. A report from JISC (2020) offers fve principles to design learner- focusedassessmentsthatimproveandshapelearners’success: • • • • •
Authenticandcontextualized(totestworkplaceskills). Accessibletoall,includingpeoplewithdisabilities. Automated, to provide immediate and detailed feedback and also free up teachertime. Continuous, to ensure there are self-checks and practice throughout the learningjourney. Secure, to reduce cheating and plagiarism, and ensure academic integrity usingbiometricsandremoteproctoring.
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Approach 4: Connected Learning Mostlearnerssaythatengagingwithpeers,sharingexperiencesandlearningto solveproblemstogetherarethethingstheyenjoymostaboutin-personclasses. Untilrecently,thenormfordigitallearningwaslargelyself-paced.Theseactivities had the inherent weaknesses of being passive, individualized and isolated experiences lacking in optimal learner-instructor engagement and interventions.However,collaborativetechnologieshaverapidlyevolvedinrecentyears, enabling meaningful contextual, social and collaborative learning experiences that lead to deeper engagement and facilitate supportive learning networks insideandoutsideoftheclassroom.Forexample,instructurede-courses,collaboration between the learner and expert and among peers can happen as learnersparticipateincohortsoverafxedtimeschedule.Ininformalspacesas well,collaborationcanbefosteredvirtuallythroughconversations,knowledge exchanges,Q&Asessions,tacitexperiencesharingamongpeersfacingsimilar challenges,andjointworkinsmallgroupspacestosolveproblemsandco-create solutions. Thegrowingsetofcollaborationtoolsavailableincludee-discussionfora,live chat,textandmultimediamessagingapps,smallgroupworkandnetworkingtools, androbustwebconferencingapps.Anand,Hammond, Narayanan(2015,para3) notethat: SociallearningwasoneofthemajorbetswemadeatHBX.Italsoyielded someofourmostprofoundlearnings.Benefitsofintegratingsocialcomponents include an enhanced learning experience, engaged learners who report higher satisfaction, better completion rates, greater retention and applicationandnetworking. Socialandcollaborativelearningdonothappenbychancebutmustbetriggered bycarefulplanning,embeddedwithinthecoursedesignandeffectivelyfacilitated by experts. Incentives contribute to adoption and are useful to link to grades, gamifcationandcertifcatesuntilthenaturalmomentumtakesover.
Approach 5: High Touch – High Tech (Virtual Facilitation) Doneright,digitalandblendedlearningdonothavetobealonelyordistanced experience but can be intimate with frequent and rich engagement between virtualexpertsandlearnersaswellasamongpeers.Researchhasshownahigh drop-outrateinself-pacede-learningandnotedthattheinstructor-learnerrelationship to be critical in increasing engagement, retention and overall success (Walters,Grover,Turner,Alexander,2017).However,teachingonlinerequiresa differentsetofskills,andsubjectexpertsrequiretrainingtoteachandfacilitate effectivelyonline.Theroleoftheteacherinanonlineenvironmentisthatof aguide,facilitator,motivatorandcheerleaderandlessofa “sageonthestage”
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transmittingone-waylectures.Avirtualtrainertakesonsevenroles:(1)managerial, (2) pedagogical, (3) social, (4) technical, (5) assessor, (6) facilitator, (7) contentexpert(NíShéetal.,2019).Thehumantouchisnotlost;ratherthan replacehumans,technologycanhelpmaximizehumanengagementbyprovidingtoolstobuildpresence,trustandempathy.EdTechfreesupteachertimeby automatingroutinetasks(suchasgrading)andenablesthemtohaveagreater impactonstudentlearningthroughfrequentfeedbackandguidance,viadialog and e-discussions, online offce hours, video chats, small group sessions and communitiesofpractice.
The Contours of a “New Normal” If you always do what you always did, you will always get what you always got. Albert Einstein
Einstein’scommenthighlightstheimportanceofchoreographingchangesinthe mindsetsofkeystakeholders,comprisinglearners,instructors,educationalleaders and policy makers. The resulting ecosystem changes are characterized by new mentalmodels,mapsandstrategiesthatcanguideandhelprespondfexiblytothe externaldriversdescribedin Chapter1,andthetechnologyenablerssurfacedby thedigitalrevolution.Theactualprocessoftransitiondependsontheextentto whichstakeholderinterestsalign.Forexample,theinstructorviewsdataanalytics asameansofimprovingthequalityofthecurriculumnotasathreattohisorher livelihood;thelearnerisenergizedbythevastpotentialsforfexibilityofblended programstoenhanceskillsandcareerprospects. Theoveralleducationalecosystemneedstohelpalltheseindividualandinstitutional stakeholders make a smooth transition to access high-quality learning, support the achievement of SDGs and access the jobs of the future. Education leadershaveakeyroletoactdecisivelybecauseoftheurgencydescribedearlier. Modernizinglearningismuchmorethanjustplacingafewcoursesinanonline learningplatform:technologymustbeusedinnewwaystodothingsthatwere notpossiblebeforeandtoimproveoveralllearneroutcomes.Thischaptermakes thecaseforusingtechnologytoaddvaluetolearningandexplorenewwaysof teachingandlearningthataremeaningful,cost-effectiveandeasytoscalewhile maintainingindividualizedexperiences. Fivesetsofactionsarerequired: •
First, educational leaders need to reframe their thinking (and shift mindsets) about their traditional beliefs, ideas, values and habits of learners and learning.Akeyrequirementinvolvesmovingoutofreactivedecisionswhen confrontedwithaproblemorcrisis.Themorestrategicandambitiouseducational vision has digital and blended learning embedded as a core of the institution’s learning strategy as opposed to a separate, peripheral component.Suchanambitiousvisionshouldalignwiththecorebusinessthrougha
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coordinatedstrategy,inconsultationandcollaborationwithkeystakeholders, andshouldemphasizeinclusivityfromtheveryonset. Second,thevisionmustbecontextualizedtothelocalrealities,particularlyin termsofaligningwiththejobmarketandthelocalprioritiesofkeyinterest groupsconsistingofinstructors,learnersandsocialinfluencers.Thereafter,it ispossibletotranslatethevisionintoawell-articulatedlearningstrategywith short and medium-term goals anchored in an enabling policy framework, whichspecifiestherolesandresponsibilitiesofkeystakeholders. Third,strategicandoperationalconsiderationofhowtosequencekeycomponents of the learning strategy is required, particularly on how the gap between the current educational ecosystem and the future vision can be bridgedwithagility,includingtheprocessbywhichunanticipatedopportunitiesarisingfromdigitalinnovationswillbeincorporatedthroughpartnershipsandprofessionalnetworks.Thefuturestateshoulddescribeelementsof innovativepedagogicapproaches,multimodaldeliveryoptions,comprehensiveandcutting-edgecurricula,robusttechnologyinfrastructure,evaluation, analyticsandcredentialstrategies,andwin-winpartnerships. Fourth,humancapitalismoreimportantthaneverandwillbetheprimary factor in sustaining competitive advantage while transitioning to the new normal.Teachinginadigitalagerequiresauniquesetofskillsandwillsustain the competitive advantage of learning institutions. Technology and media couldaddvaluetolearningprovidedthereisadesiretoexplorenewexperiencesbyinstructorsanddesigners,includingappreciatingtheaffordancesof variousmedia(includingtheirrespectivestrengthsandlimitations).Insights are also needed on media selection and use for teaching (explored further in Chapter5).Whileteachingonlineisnot “rocketscience,”itdoescallfor changedrolesfortheteacherandlearner. Finally,theproposedapproachmustbeinclusiveintermsofensuringdigital accesstoqualitylearningexperiencesforalllearners.Forexample,learnersin ruralandunderservedareasofdevelopingcountriescouldbenefitbybeing given access to low-tech, low-bandwidth and online-offline approaches to accessdigitallearning.Thesechangesentailsomerisk,andperhapssometrial anderror,buttherewardsaregreatwithappropriateriskmanagement.The mantracouldbe“failfastandlearn”!
Key Ideas to Take Away ThedigitalrevolutionthatisoftendescribedastheFourthIndustrialRevolution israpidlyredefningwork,jobprospectsandlong-termcareers.Whileautomation ofmanyroutinefunctionsisinevitableandacceleratinginpace,manynewwork opportunitiesareavailabletoanypersonwhoexhibitsthemotivationtoremain competitiveinthejobmarketplace. Contrastthisidealagainstthelearningcrisistheworldiscurrentlyfacing.The COVIDpandemichasdeceleratedmillionsofchildrenandyouths’abilitytomove
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outofpovertythrougheducationandtraining.Inaworldfacingsuchalearning crisis,weurgentlyneedtoreimagineeducationandmakedigitallearning“apart ofthebasicbucketofessentialservicesforeverychildandyoungpersontodeliver learningopportunitiesanywhere,anytime....Thecostofinactionwillbehigh” (Fore,2020). ThesolutionliesinharnessingtheInternetandmobiletelephony.Overhalf oftheworld’spopulationhasaccesstotheInternet,andalmostthree-fourthsof thepooresthouseholdsarelikelytohavebetteraccesstoamobilephonethanto cleanwaterortoilets.Supportivepolicycangoalongwayinexpandingdigital connectivityandsharingcontentthroughopeneducationalresources,leadingto lifelonglearningamongstudentsandteachersalike.Thepolicymakerprovides asupportiveregulatoryandfnancingenvironmenttopromoteuniversaldigital connectivity. Hawkinsetal.(2020,p.6)highlight: education policies and initiatives that utilize EdTech should embrace an inter-related set of five principles to maximize human engagement. The useofEdTechshouldbeguidedbyaclearpurposeandfocusoneducationalobjectives;reachalllearners;empowerteachers;engageanecosystem ofpartners;andrigorouslyandroutinelyusedatatolearnwhatstrategies, policiesandprogramsareeffectivetomaximizestudentlearning. Theopportunitiestoleveragedigitallearningtodeliverdevelopmentimpacts aremany,andthisistherightmomentforleadersinthisspacetoresettheireducationsystemsafterthe COVIDdisrupterstobuild back bettertodeliveronthe promiseofthefutureofwork. Thischapterhasdescribedhowdigitalandblendedlearningisanopportunity toclosetheskillsgap.Inparticular,blendedlearningoffersthebestofbothin- personandvirtuallearningthatcanbecustomizedforlife-ledlearningoneperson atatime.Theremainingchaptersinthebookdelveintothedetailsofsuccessfully implementing digital learning in your organizations, catalyzing pedagogic and technologyinnovationswhileinvestinginhumancapitaldevelopment.
Note 1 AT-shapedindividualhasdeepskillsinareasofspecializationaswellasgeneralknowledgeandsoftskills,amuchin-demandcombinationinthe21st-century.
References Agarwal,A.(2020a,January).Stackable,modularlearning:Educationbuiltforthefutureof work.Forbes.Retrievedfromwww.forbes.com/sites/anantagarwal/2019/04/25/how- modular-education-is-revolutionizing-the-way-we-learn-and-work/#119c41393a26 Agarwal,A.(2020b,June).Blendedlearningisthe“newnormal”andhere’swhy.edX Blog. Retrievedfromhttps://blog.edx.org/blended-learning-new-normal/
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Agarwal,A.(2019a,March).Threeskillsetseveryemployeeneedsin2019’sdigitaleconomy.Forbes.Retrievedfromwww.forbes.com/sites/anantagarwal/2019/03/13/three- skillsets-every-employee-needs-in-2019s-digital-economy/#2d0e2d0c3021 Agarwal,A.(2019b,April).Howmodulareducationisrevolutionizingthewaywelearn(and work).Forbes.Retrievedfromwww.forbes.com/sites/anantagarwal/2019/04/25/how- modular-education-is-revolutionizing-the-way-we-learn-and-work/#6d7d3ac13a26 Anand,B.,Hammond, J., Narayanan,V.G.(2015,April).What Harvard Business School Has Learned about Online Collaboration from HBX.HarvardBusinessReview.Retrievedfrom https://hbr.org/2015/04/what-harvard-business-school-has-learned-about-online- collaboration-from-hbx Bates,A.W.(2015).Teaching in a Digital Age: Guidelines for Designing Teaching and Learning. BCcampus.Retrievedfromhttp://opentextbc.ca/teachinginadigitalage/ Bersin, J. (2019, March). Learning Experience Platform (LXP) Market Grows Up: Now Too Big to Ignore. JoshBersin.Retrievedfromhttps://joshbersin.com/2019/03/learning- experience-platform-lxp-market-g rows-up-now-too-big-to-ignore/ Bonk,C.,Graham,C.,Cross,J.,Moore,M.(2012).The Handbook of Blended Learning: Global Perspectives, Local Designs.JohnWiley&Sons,Hoboken,NJ.ISBN978-1-118-42957-0 Bouchon, S., Toumi, M. (2020, July). Post COVID-19 Market Trends. Luxinnovation. Retrievedfromhttps://www.luxinnovation.lu/wp-content/uploads/sites/3/2020/07/ post-covid-19-market-trends.pdf Clark, D. (2020, August). Artifcial Intelligence for Learning. Kogan Page, London. Retrieved from www.koganpage.com/product/artifcial-intelligence-for-learning-9781789660814 Dweck, C.S.(2007).Mindset: The New Psychology of Success.RandomHouse.Montgomery, IL.ISBN9780345472328 Fore,H.(2020).Fireside with Henrietta Fore, Executive Director of UNICEF, on a Bold Vision to Revolutionise Education through Connectivity and Quality Digital Learning for Every Child. Vimeo. Retrieved from https://vimeo.com/user124074674/review/502989516/ 12768a6d2f Hawkins,R.,Trucano,R., Cobo, C.,Twinomugisha,A., Ciarrusta,I.(2020).Reimagining Human Connections Technology and Innovation in Education at the World Bank.TheWorld Bank. Retrieved from http://documents1.worldbank.org/curated/en/829491606860 379513/pdf/Reimagining-Human-Connections-Technology-and-Innovation-in- Education-at-the-World-Bank.pdf Howe. N. J.(2018,February).Six Ways Adaptive Learning Can Elevate Corporate Training. Training Industry.Retrievedfromhttps://trainingindustry.com/magazine/jan-feb-2018/ six-ways-adaptive-learning-can-elevate-corporate-training/ JISC.(2020).The Future of Assessment: Five Principles, Five Targets for 2025. JISC.Retrieved fromhttp://repository.jisc.ac.uk/7733/1/the-future-of-assessment-report.pdf Kasriel,S.(2017, July).Skill, Re-Skill and Re-Skill Again: How to Keep Up with the Future of work.WorldEconomicForum.Retrievedfromwww.weforum.org/agenda/2017/07/ skill-reskill-prepare-for-future-of-work/ Liu, D., Dede, C., Huang, R., Richards, J. (2017). Virtual, Augmented, and Mixed Realities in Education. Springer, NewYork. Retrieved from www.springer.com/us/book/ 9789811054891 Maise, E. (2018, November). Learning Trends Newsletter: Learning, Training, Technology & Change. Elliott Masie’s Learning Trends. Retrieved from http://trends.masie.com/ archives/2018/11/20/1013-curation-learnings-thanksgiving-and-the-prom.html
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NíShé, C.,Farrell,O.,Brunton, J., Costello,E.,Donlon,E.,Trevaskis,S.,Eccles,S.(2019). Teaching Online Is Different: Critical Perspectives from the Literature.DublinCityUniversity. Retrievedfromhttps://openteach.ie/wp-content/uploads/2019/11/Teaching-online- is-different.pdf Sclater, N. (2017, February). Learning Analytics Explained. Routledge, New York. Retrieved from www.routledge.com/Learning-Analytics-Explained/Sclater/p/book/ 9781138931732 Tam, G., El-Azar, D. (2020, March). Three Ways the Coronavirus Pandemic Could Reshape Education. World Economic Forum. Retrieved from https://www.weforum.org/ agenda/2020/03/3-ways-coronavirus-is-reshaping-education-and-what-changes- might-be-here-to-stay/ Taparia,H.(2020,May).Thefutureofcollegeisonline,andit’scheaper.New York Times. Retrieved from www.nytimes.com/2020/05/25/opinion/online-college-coronavirus. html Uden,L.,Liberona,D.,Feldmann,B.(2016,July).Learning Technology for Education in Cloud: The Changing Face of Education.Springer, NewYork.ISBN9783319421476 UNESCO (2020). COVID-19 Education Response. UNESCO. Retrieved from https:// en.unesco.org/covid19/educationresponse/globalcoalition UNICEF (n.d.). Reimagine Education. In a World Facing a Learning Crisis, Digital Learning Should be an Essential Service. UNICEF. Retrieved from https://www.unicef.org/ reimagine/education VanDam,N.(2018).Elevating Learning and Development: Insights and Practical Guidance from the Field.McKinsey, NewYork, NY.ISBN0692154132 Walters, S., Grover, K., Turner, R., Alexander, J. (2017). Faculty perceptions related to teachingonline:AstartingpointfordesigningFacultydevelopmentinitiatives.Turkish Online Journal of Distance Education.Retrievedfromhttps://fles.eric.ed.gov/fulltext/ EJ1161813.pdf
3 LIFELONG LEARNING FOR CAREERS THAT DON’T YET EXIST Chris Dede and Eileen McGivney
Introduction Bothstudentsandworkerstodayfacenotonlyevolvingjobsrequiringexpandingskillsets,butalsomultiplecareers,manyofwhichdonotyetexist.Inthe nexthalfcentury,someoccupationswilldisappear,andnewroleswillappear innationaleconomiesshapedbyglobalization,environmentalcrises,andchallengestosustainability.Further,workplaceswilldisruptivelytransformdueto advances in artifcial intelligence, materials technology and bioengineering. Asaresultofthesedevelopments,societymustpreparetoday’syoungpeople for six decades of career growth (e.g., moving from student teacher to lead teacher)andcareerchange(e.g.,movingfromautomobilerepairtechnicianto aninstallerofsolarpanels)followedbyretirement(Dede,2020).Tofulflltheir responsibilities, all stakeholders (e.g., educators, civil society, business leaders, sector specialists, policy makers) are faced with the increasing challenges of developing people’s capacity for unceasing reinvention to face an uncertain andchangingworkplaceandforsuccessinoccupationsdiffculttoimagineat present. Herewearguethatlifelonglearninginthe21st-centuryrequiresinnovative approachesthatlookbeyondtheskillstypicallytaughtinworkforcetraining,the outdatedapproachesutilizedbyhighereducationandemployer-providedtraining, andthetraditionaltoolsandcurriculausedforteachingtechnicalskills.Instead, meetingtheUnited NationsSustainableDevelopmentGoals(SDGs)willrequire continuous learning opportunities provided by multi-sectoral partnerships that prioritizefosteringcomplexcognitive,interpersonal,andintrapersonalskillsover technicaltrainingandleveragingdigitaltechnologiesincreativeways,fromsocial mediatoimmersivevirtualreality.
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“As a result of these developments, society must prepare today’s young people for six decades of career growth and career change followed by retirement.”
New Occupational Roles and Skills The past decade has produced a wealth of evidence not only on how jobs are predictedtochangeinthefuture,butalsoonthetypesofcompetenciespeople aroundtheglobewillneedfortheirlivesandlivelihoodsincomingdecades.For example,anOrganizationforEconomic Co-operationand Developmentreport (OECD,2018),The Future of Education and Skills: Education 2030,emphasizespersonalwell-being,whichgoesbeyondincome,wealth,jobs,andearningstostress equitableaccesstohealth,civicengagement,socialconnections,education,security,lifesatisfactionandtheenvironment.HighlightingtheobjectivestheSDGs arepromoting,thisOECDreportdescribesknowledgeandskillspeopleneedfor lifelongemployability,includinganemphasisonattitudesanddispositions,such ascreatingnewvalue,reconcilingtensionsanddilemmasandtakingresponsibility throughpersonalagency. Toaccomplishthis,educators,studentsandworkerswillneedknowledgeand skillsunderemphasizedincurrentcurriculumstandardsandomittedfromtoday’s high-stakessummativetests:fuencyofideas,socialperceptiveness,systemsthinking,originalityandconfictresolution(Bakhshi,Downing,Osborne&Schneider, 2017). This formulation of what people will need places greater emphasis on cognitive factors and less on intrapersonal and interpersonal capabilities, thus complementing the OECD report. The two reports combined advocate for a muchhigherstandardofeducationaloutcomesthanwhatbothGlobalNorthand Global South countries are accomplishing through industrial-era practices and structuresofschooling. Partofwhatisdrivingtheincreasedneedforsophisticatedskillsistheadvance ofartifcialintelligence(AI)andmachinelearning.TheBrookingsreportAutomation and Artifcial Intelligence: How Machines Are Affecting People and Placesindicates thatalmostnooccupationwillbeunaffectedbyAI,andaboutonequarterofUS jobswillfacehighexposuretoautomationinthecomingdecades(Muro,Maxim &Whiton,2019).AcemogluandRestrepo(2018)notethatAIfocusedonautomation reduces employment, but AI focused on new tasks where labor can be productivelyemployedmayincreasejobsanddevelopnewtypesofmeaningful work. Asformeasuringsuccessinachievingsophisticatedhumanskillsbyhigh-stakes tests,Luckin’s2018book,Machine Learning and Human Intelligence,discusseshow suchanapproachpreparesstudentsforjobsdeskilledbyAI.Instead,asdiscussedin
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Fadel,HolmesandBialeks’s2019book,Artifcial Intelligence in Education,children shouldlearnwhatAIcannotdo,preparingthemselvestorolesupskilledthough intelligence augmentation (IA) in which people working with smart machines accomplishmorethaneithercanunaided.
Moving Beyond Educational Silos to Lifelong Learning Inaddition,thesustainabledevelopmentgoalsthemselvessetoutaneconomic agendathatreliesonmorethanretrainingtogaintechnicalskills.Inorderto meettheSDGs,countriesmustensureworkersarecontinuouslylearningcompetenciesneededforinnovationacrossindustries(Goal9),includingtoprotect theenvironmentandcombatclimatechange(Goals11,12and13)andtopromoteinclusivedevelopment(Goals5and10),allinserviceofeconomicgrowth thatprovidesdecentworkforall(Goal8).Inthissense,lifelonglearningcanbe the “engine”thatpowerstheequalandsustainablefutureenvisionedbyallthe SDGs(Boeren,2019).Ithasbeenwidelyrecognizedthatpost-secondaryeducation is indispensable for sustainable development (English & Carlsen, 2019; Boeren, 2019; Education Commission, 2016), as higher education promotes the generation of knowledge that sustains social, economic and technological progress(Salmi,2016). ButachievingthisvisionandtheSDGsrequirescross-sectoralapproachesthat donotputfullresponsibilityontheeducationsectorastheprovideroflifelong learningopportunities.Thisisparticularlyimportantinlow-andmiddle-income countries, where current access to post-secondary education is limited. While globaltertiaryeducationenrollmentis38%,includingshort-cycle,bachelor’sand graduateprograms,inlow-andlower-middleincomecountriesitisjust9%and 25%,respectively(UNESCO,2020).Giventhatthesecountriesalsofaceshortfalls in resources to provide universal primary and secondary education (Education Commission, 2016), it is not fnancially viable to meet lifelong learning needs ofalladultsbyrelyingonanincreaseinuniversity-providededucation.Further, formal education institutions are unlikely to meet the needs of the workforce throughout the lifespan, as they do not target the continuous skills needed by adultsalreadyintheworkforceandyoungpeoplewhohavealreadyleftschooling. Theneedsoftheseworkersmayrangefrombasicliteracyornumeracyskills,to complexinterpersonalskillsfortransitioningintotheserviceindustry,tocreative design capabilities for making agriculture more productive, as well as for ever- evolvingneedsthatwillariseinthefutureeconomy.
Moving Beyond Traditional Employer-Provided Training to Lifelong Learning To accomplish the expansion needed in both the education and economic sectors to meet the need for continuous lifelong learning, the World Bank’s
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2019World Development Reportmakesrecommendationsonwhatgovernmentscan dotoameliorateproblemscausedbythechangingnatureofwork.Thisreport arguesforinvestinginhumancapital,particularlyearlychildhoodeducation,to develophigher-ordercognitiveandsocio-behavioralskillsinadditiontothestandardfoundationalskillstaughtthroughcurrentcurricula.Also,asolid,guaranteed social-minimumincomeandstrengthenedsocialinsurancearedescribedaskey innovationstohelpthelabormarketmeetthechallengesofincreasingworkin the informal economy, which often offers no protections. Further, the World Bankreportrecommendscreatingthenecessarypublicfundingforthesemeasuresthroughpropertytaxesinlargecities,excisetaxesongoodssuchassugaror tobacco,andcarbontaxes. The 2019 World Economic Forum report, Towards a Reskilling Revolution: Industry-Led Action for the Future of Work, argues that business and government havestrongeconomicreasonsformakingtheseshiftsinlabormarketandbusiness practices: Drawingfromaveragereskillingcosts,wefindthatthe1.37millionworkers whoareprojectedtobedisplacedfullyoutoftheirrolesinthenextdecade according to the US Bureau of Labor Statistics, may be reskilled to new viable(similarskillset)anddesirable(higherwages)growingrolesatacost of US$34 billion. On average this would entail US$24,800 per displaced worker.IntheUSalone,withanoverallinvestmentofUS$4.7billion,the privatesectorcouldreskill25%ofallworkersindisruptedjobswithapositivecost-benefitbalance;ifindustry-ledcollaborationcouldreducereskillingcostsandtimesby30%,nearlyhalfofthedisruptedworkforcecould bereskilledbyemployerswithapositivecost-benefitbalance.Withtheset ofassumptionsappliedandwithaninvestmentofUS$19.9billion,theUS governmentcouldreskill77%ofworkersexpectedtobedisplacedbytechnologyintogrowingjobswhilegeneratingapositivereturnintheformof taxesandlowerwelfarepayments. (World Economic Forum, 2019, p. vii) Thisshowsastrongeconomiccasecanbemadeforfundinglifelonglearning. Givenrapidchangesineconomiesandsocieties,howpeoplelearnthesecompetenciesisalsoacriticalquestion,astypicalon-the-joblearningopportunities may not be available or adequate for supporting young people in their work. Now,nationsfacechallengeswithcontinuingemployabilitygreaterthanatany priortimeinhistory.ThismaybeparticularlytrueforcountriesintheGlobal South,whoseeconomiesandlabormarketsarepredictedtochangemorerapidly and at the same time experience soaring youth populations. In the context of technologicalinnovation,thereisanopportunitytocapitalizeontheir “demographic dividend.” However, achieving lifelong learning and employability will requiredevelopingeducationalandeconomicpoliciesandpracticesthatprovide
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organizationalandsocietalmechanismsbywhichpeoplecanupskillthroughout theirlives,particularlywhentheydonothavethetimeorresourcesforafull-time academicexperiencethatresultsinadegreeorcertifcate. Yetdespitethedireneedforcontinuouslifelonglearning,adultengagementin educationandtrainingremainsdismallylow.Onaverage,16%ofadultsinhigh- incomecountriesreportedparticipatingineducationortrainingintheprevious month,butonly1%,2%and3%inlow-,lower-middleandupper-middleincome countries,respectively(UNESCO,2020).Whileevidenceisscarceonwhysofew adultsparticipateinlifelonglearningopportunitiesindevelopingcountries,barriersarelikelyduetobothresourcesanddispositionalfactors,suchasadults’lackof confdenceintheirownlearningabilitiesandtheperceivedirrelevanceoftraining (UNESCO,2020). This paints a picture of the lifelong learning landscape as one demanding new partnerships and approaches that lie outside universities and traditional post-secondary providers. Indeed, the Sustainable Development Goals themselvesincludenewpartnershipsacrosssectorsandregionsasacrucialfacilitator of achieving sustainable development (Goal 17). How educational institutions, governmentsandindustriespartnertogeneratenewsolutionstolifelonglearningwillbeakeyelementinwhetheralltheSDGsaremet.Withintheeducation sector,manyhavebeencallingforgreaterengagementinthemissionofeducating andtrainingyoungpeopleaswellasadults,includingbybringinginbusinessand civilsocietytogeneratenewsolutionsandfundingsources(Education Commission,2016).
The Impact of Digital Technologies on Lifelong Learning Theevolutiontoaglobaldigitaleconomycreatesturbulenceanduncertainty in Global South countries as traditional aspects of their economies are transformedbyadvancesintechnologythatreshapeindustriesfromagricultureto materials and artifact production to services. Further, the long-term effects of digital technologies to transform political and social systems in low- and middle-incomecountriesarestillunclear.Shortterm,therearemajorchallenges inGlobalSouthcountriestoequitablyprovideaccesstoboththetechnological infrastructure and skills that the most vulnerable populations will need to productivelyengageindigitaleconomiesandsocieties,includingmajorissues ineducationaleffciency. Wearestudyingwaysinwhichimmersivelearningmedia(i.e.,virtual,augmented and mixed realities), can aid with upskilling, unlearning and reskilling (Dede,inpress).Thesemediaenablevirtualauthenticsimulationsinwhichsituated learning takes place in the same or a similar context to that in which it is later applied, and the setting itself fosters tacit skills through experience and modeling.Suchimmersivesimulationsareeffectiveatteachingproceduralskills ina “hands-on”butlow-stakessettingandalsoarepowerfulinincreasingusers’
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motivation and enabling behaviors that aid reskilling and upskilling (Bailenson, 2018; Dede, Jacobson&Richards,2017).Withtheabilitytosimulatecomplex environments, VR can also provide a rich learning context that can draw on users’existingbeliefsandidentities,aswellasfacilitateexplorationthatmotivates personalgrowth(Dede,2009;Harrell,2013).Inworkforcetraining,thismaybe particularlyeffectiveathelpingpeopleexploreinnovativewaysofworkingand new felds, through helping them unlearn prior patterns of behavior and build self-effcacytotakeonnewroles. In particular, 360-degree video and sound systems are now inexpensive and havehighquality;usedwithpowerfulauthoringsystemslikeUptale(www.uptale. io/),theseprovideapracticalwaytocreateauthenticlearningexperienceswithoutthecostandexpertiserequiredtodesignimmersivegraphicalenvironments (e.g., Minecraft). Further, mixed-reality systems like Mursion (www.mursion. com/) enable digital puppeteering: The learner is in the real world interacting with a virtual environment populated with digital people, whose behaviors are controlledbyaskilledactorbehindthescenes(likeinThe Wizard of Oz). In addition to immersive media, research on AI-based intelligent tutoring systems has demonstrated that personalization can support more effcient and effectivelearning,atleastforwell-structuredproblemsinclosed-worlddomains suchasarithmeticandalgebra.Inthiscasepersonalizationmeanslearningcustomizedbytime,place,path,andpacethatincludesstudentvoiceandchoiceover whatandhowtolearn(Dede,2019).Incomplement,virtualteachingassistants can amplify the reach and capability of teachers and increase teacher presence in online classrooms – for example, assistants for question asking and question answering,identifcationoflearnermisconceptionsandknowledgegaps,andpersonalization(Goel,2018).Researchisnowfocusingonwhetherpersonalization canbegeneralizedtoopen-endedtopicsofinterestinworkforcedevelopmentand scaledtoonlinelearning. Aninquiryintothe“skillsgap”atthe2018StanfordShapingtheWorkforce oftheFuturedesignserieshighlightedthattherewasasignifcantopportunity forworkforceeducationaltechnologiestohelpcloseatranslationgapbetween workersandhowtheirskillsapplytothefutureofwork.Asafollow-upfrom theseries,theorganizersdevelopedaweb-basedapplicationthatleveragesprinciplesfromthelearningsciencestoprompttheprocessofanalogicalreasoning sothatusersmighttransfertheirskillstonewanddifferenttypesofwork.This toolingestsexistingdataaboutauserfromtheirLinkedInprofle,resumeand other text-based sources and visualizes them as the competencies needed for thefutureofwork.EarlystudiesinpartnershipwiththeLosAngelesChamber of Commerce revealed participants exposed to their skill-visualization map werethreetimesmorelikelytoberecommendedbythechamberforaninternship with one of their partner organizations, such as Snap, LinkedIn, Google and Microsoft, and self-reported having 356% more skills (Forshaw, Rosas & Maples,2019).
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Examplesoftechnology-enabled,innovativelifelonglearningopportunitiesare describedinBoxes3.1–3.3.
BOX 3.1 DIGITAL GREEN The nonprofit organization Digital Green empowers farmers to innovate and adopt best practices by facilitating a grassroots peer-to-peer video learning network. Partnering with governments, the private sector and local communities, the organization trains farmers to film their farming and train others on innovative techniques, and leverages technology to enable environmental and market data sharing. Digital Green’s success lies in its participatory approach that situates the content in local contexts and builds community, increasing adoption of new practices. www.digitalgreen.org/
BOX 3.2 REBOOTKAMP With campuses in Jordan, Palestine and Tunisia, RBK brings a Silicon Valleystyle bootcamp to conflict-affected youth. In addition to teaching programming skills, the bootcamp’s focus is on inter- and intra-personal skills, prioritizing problem-solving and collaborative work over technical coding skills. The intensive course includes a three-month immersive training experience in which learners work in teams to design new technologies, with 80% of training focused on the “soft” skills needed to be successful in the rapidly changing tech industry and including a focus on emotional health. A for-profit company, they have partnered with the UNDP, NGOs and financial institutions to make the training affordable, and partner with the private sector to identify skills needs and place graduates into jobs. www.rebootkamp.net/
BOX 3.3 COMMONWEALTH OF LEARNING An inter-governmental distance learning project, COL develops open educational resources (OER) that promote sustainable development and builds capacity for governments and schools to provide access to high-quality learning opportunities. COL courses range from teacher training to implement blended learning models to training in sustainable development for business leaders. With a particular focus on gender, COL programs have partnered with organizations and schools to leverage OER that can empower girls with skills and employment opportunities to end child marriage, such as GIRLS Inspire in Bangladesh, Mozambique, Pakistan, and Tanzania. www.col.org/
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Ideas to Take Forward Muchremainstobeunderstoodabouthowintegratedorganizationalstructures forlifelonglearningmightbecomethefutureofhighereducationandcontinuing education/adultlearning.Thatsaid,akeytakeawayisthatanynewmodelmust includestrategiesthathelpthosenowinvolvedinadultlearning–bothprovidersandstudents–totransformativelychangetheirbehaviors.Inouropinion,the biggestbarrierwefaceinthisprocessofreinventingourcurrentmethods,models and organizations for these activities is unlearning. All stakeholders have to let go of deeply held, emotionally valued identities in service of transformational changetoadifferent,moreeffectivesetofbehaviors.Thisisbothindividual(an instructortransformingpracticesfrompresentationandassimilationtoactive,collaborativelearningbystudents)andinstitutional(ahighereducationinstitution transformingfromalargelyin-persontodigitalandblendedorfromdegreescertifedbyseattimeandstandardizedteststocredentialscertifedbyprofciencyor competency-basedmeasures).KeganandLahey(2009)describehowthesefactors combinetomakemanyadultsimmunetochange.Unlearningrequiresnotonly novelintellectualinsightsandapproachesbutalsoindividualandcollectiveemotionalandsocialsupportforshiftingouridentities–notnecessarilyintermsof fundamentalcharacterandcapabilities,butintermsofhowthoseareexpressedas ourcontextshiftsovertime.Usingtransformationandunlearningascentralprinciplesforchangeisessentialindevelopingnewmodelsoforganizationalstructures forlifelonglearning.
References Acemoglu,D.,&Restrepo,P.(2018,December).ThewrongtypeofAI?Artifcialintelligence andthefutureoflabordemand.Toulouse Network for Information Technology News,1–5. Retrieved from https://idei.fr/sites/default/fles/IDEI/documents/tnit/newsletter/ newsletter_tnit_2019.pdf Bailenson,J.(2018).Experience on demand: What virtual reality is, how it works, and what it can do. NewYork, NY:W.W. Norton& Company. Bakhshi,H.,Downing, J.,Osborne,M.,&Schneider,P.(2017).The future of skills: Employment in 2030.London,England:PearsonandNesta.Retrievedfromhttps://futureskills. pearson.com/research/assets/pdfs/technical-report.pdf Boeren, E. (2019). Understanding Sustainable Development Goal (SDG) 4 on “quality education”frommicro,mesoandmacroperspectives.International Review of Education, 65,277–294. Dede, C. (2009). Immersive interfaces for engagement and learning. Science, 323(5910), 66–69. Dede, C.(2019).Improvingeffciencyandeffectivenessthroughlearningengineering.In C.Dede, J.Richards,&B.Saxberg(Eds.),Learning engineering for online education: Theoretical contexts and design-based examples(pp.1–14). NewYork:Routledge. Dede, C.(2020).Reconceptualizinghighereducationandlifelonglearningintheeraofthe synergisticdigitaleconomy.InC.Dede&J.Richards(Eds.),The 60-year curriculum: New models for lifelong learning in the digital economy(pp.1–24).NewYork,NY:Routledge.
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Dede, C.(inpress).Supportingunlearningtoenableupskilling.In J.Wingard& C.Farrugia(Eds.),The future of work: Optimizing the talent pipeline(pp.32–43).MenloPark, CA:StanfordUniversityPress. Dede,C.,Jacobson,J.,&Richards,J.(2017).Introduction:Virtual,augmented,andmixed realitiesineducation.InD.Liu,C.Dede,R.Huang,&J.Richards(Eds.),Virtual reality, augmented reality, and mixed reality in education(pp.1–18).HongKong:Springer. Education Commission.(2016).The learning generation: Investing in education for a changing world.Washington,DC:TheInternationalCommissiononFinancingGlobalEducation Opportunity. English,L.&Carlsen,A.(2019).LifelonglearningandtheSustainableDevelopmentGoals (SDGs):Probingtheimplicationsandtheeffects.International Review of Education,65, 205–211. Fadel, C.,Holmes,W.,&Bialek,M.(2019).Artifcial intelligence in education: Promises and implications for teaching and learning.Milton,MA: Centerfor CurriculumRedesign. Forshaw,T.,Rosas,S.,&Maples,B.(2019,June).Closingthesignalinggap.Paperpresented attheMITLINC Conference,How to thrive in a new learning society. Cambridge,MA. Goel,A.&Polepeddi,L.(2018). JillWatson,avirtualteachingassistantforonlineeducation.In C.Dede, J.Richards,&B.Saxberg(Eds.),Learning engineering for online education: Theoretical contexts and design-based examples(pp.24–37).NewYork:Routledge. Harrell,D.F.(2013).Phantasmal media: An approach to imagination, computation, and expression. Cambridge,MA:TheMITPress. Kegan,R.&Lahey,L.L.(2009).Immunity to change: How to overcome it and unlock potential in yourself and your organization. Cambridge,MA:HarvardBusinessPress. Luckin,R.(2018).Machine learning and human intelligence: The future of education for the 21st century.London,England:UCLInstituteofEducationPress. Muro,M.,Maxim,R.,&Whiton,J.(2019,January).Automation and artifcial intelligence:How machines are affecting people and places.MetropolitanPolicyProgram.TheBrookingsInstitution. Retrieved from www.brookings.edu/wp-content/uploads/2019/01/2019.01_ BrookingsMetro_Automation-AI_Report_Muro-Maxim-Whiton-FINAL-version.pdf OrganizationforEconomic CooperationandDevelopment.(2018).The future of education and skills: Education 2030.Retrievedfromwww.oecd.org/education/2030/E2030%20 Position%20Paper%20(05.04.2018).pdf Salmi, J.(2016).Tertiary education and the sustainable development goals: In search of a viable funding model. Background Paper for the Education Commission. Washington, DC: TheInternational CommissiononFinancingGlobalEducationOpportunity. UNESCO.(2020).Global education monitoring report 2020: Inclusion and education: All means all.Paris:UNESCO. WorldBank.(2019).World development report 2019: The changing nature of work.Washington, DC:WorldBank.doi:10.1596/978-1-4648-1328-3 World Economic Forum. (2019). Towards a reskilling revolution: Industry-led action for the future of work.Retrievedfromwww3.weforum.org/docs/WEF_Towards_a_Reskilling_ Revolution.pdf
4 DECISION PATHWAYS LEADING TO THE SUCCESSFUL DIGITAL TRANSFORMATION OF LEARNING Ryan Watkins
Introduction and Challenge Thepathtomodernizinglearninganddevelopment(L&D)inaninstitutionwill beunique.Otherswilltraveltowardasimilardestinationfortheirorganization, butforL&D,thepathtosuccessdiffersasmuchasthemissionsoftheorganizations,theopportunitiesavailableandtheconstraintsfaced.Whilemultiplegoals (such as scaling up learning programs to reach dispersed audiences, improving institutionalperformanceandcompetitiveness,orincreasingstaffcapacity)appear insimilardestinations,thechoicesmadeareuniquetotheinstitutionandaspecifc learningcontext. Someofthosechoiceswillbeeasy;otherswillbequitechallenging.Somewill takehours,othersjustafewminutes.Somechoiceswillseeminsignifcantatthe timebutmayenduphavingtremendousimpactlater.Achoice,forexample,may beselectingane-learningplatformtodeliveryourdigitalandblendedlearning, andselectingoneplatformoveranotherwillleadtoadistinctivepath;altering whatsuccesslookslikeandhowitisachieved. Many decisions among alternative paths will be made by the L&D leader; others will be choices made for the person – often because of prior decisions, sometimesduetostructuralhierarchiesoftheorganization.Forexample,sponsors maybekeentopromoteopen-sourcesoftwareasopposedtoproprietarylearning systems,whichconstrainthelearningtechnologyoptionsandshapetheeventual pathtosuccess. Allimplementationandchangeprojectsdo,ofcourse,sharethecharacteristic ofbeinguniquetotheinstitution.ForthedigitaltransformationofL&D,however, theuniquenessofthepathisespeciallyimportanttomanagesincethetechnologicalanddata-drivenalternativesarenumerous–andincreasingeachdaytomeet
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thegrowingdemandsforreskillingandupskilling.Itisthereforeespeciallycritical forleadersandmanagerstobeengagedwhenobjectivesareset,constraintsare considered,performancerequirementsarediscussedandchoicesaremadealong thejourneyoflearningtransformation. Thischapterdescribessomeofthemajor“forks”ordecisionspointsalongthe pathastheL&Daremodernizedwithinorganizations.Thepathwaytosuccess willgothrougha “gardenofforkingpaths”(Borges,1962).Thekeyistorecognizethatalldecisions–evenminorones–willinfuencesuccessfuloutcomesat theend.Forexample,themanydecisionpointscanincludesettingstrategicobjectives and selecting technologies, recruiting the right talent, curriculum choices, e-learningformatsandassociatedpedagogicaltechniques,supportingtrainersand learnersandcreatinganevaluationstrategy.Thischapterprovidesaroadmapwith signpoststohelpguidetheway–oratleasttohelpmakemoreinformedchoices amongmyriadalternatives.
Key Decisions Along the Way Aswithmostjourneys,thepathtothedigital transformation of learningiscrowded withmanydecisions.Mostofthesedecisionsarenot “allornothing,”withone choiceleadingtosuccessandtheothersallleadingtodisaster;thepathismore nuanced,andthedestinationwillunfoldasyougo.Atthebeginningofthejourney, one may envision the digital transformation as pivoting to a fully virtual learningenvironment.Whereasinrealitywhenqualitydecisionsaremade,the destinationmaybemorevaluableforthoseservedasablendedlearningecosystem withfewer,butmorecustomized,choicesavailableforlearners.Whilethedestinationmaynotberecognizableatthebeginning,each “forkintheroad”(see Figure4.1)providesoptionsandalternativesthatleadtowardsuccessfuloutcomes. Fewprojectsbeginwithaprecisedefnitionofthedestination,andthusthe frststoponthejourneytodigitaltransformationistodefnestrategic results.Inthis context,strategicresultsarenotthetools,platforms,portalsorcoursestobeimplemented.Thoseareimportantdecisionsandoutputsonthepath–buttheinitial steprequiresclarifyingwhatoutcomes and impactsareofimportancetotheinstitutionandthelearnersitserves.Thedecisionsmadeherewillsetthestageforall thedecisionsthatfollow.IftheobjectiveistoachieveXoutcomes,thenthepath ismuchdifferentfromthatoftheobjectivetoachieveYoutcomes.
Strategic Results Strategicresultsareuniquetoeachorganization,andtheycomeinlayers(impacts, outcomesandoutputs).Toguidedecisions,theselayersmustbeintegratedand aligned.Whiletheimmediateresultsofanyactivityareroutinelytheeasiestresults to identify, strategically one should begin with the valued results delivered to directandindirectclientsoftheinstitutionfrst.Thenwiththoseexternalresults
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FIGURE 4.1 Forksintheroad–keydecisionpathwaysleadingtosuccess
Source:Authorgenerated.
(orimpacts)defned,shifttotheinternalresults(outputsandoutcomes)thatthe organizationmustcreateinordertodeliverresultsthatmattertothoseoutsidethe organization.
BOX 4.1 THREE LAYERS OF STRATEGIC RESULTS Impacts – results delivered by the organization to the benefit of direct and indirect clients or stakeholders. Outcomes – results delivered by the organization to the benefit of the organization. Outputs – results delivered by individuals and teams to the benefit of the organization. Source: Based on Kaufman et al. (2003).
Thesethreelayersofstrategicresults(impacts,outcomesandoutputs)areall critical, are interconnected and should be set not in isolation but in consultation with a variety of stakeholders – including those both within and external totheorganization.Insteadofdriftingthroughtransformationwithoutaprecise
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destination,clearlydefnetheintendedresultstoachievefortheorganization– andletthoseobjectivesguidedecisionsateachforkinthepath.
BOX 4.2 AN URBAN INSTITUTE EXAMPLE – OUTCOMES Strategic outcomes may include: a. b. c.
Participants successfully apply what they learned to improve service delivery within the first three months after participating; Audiences have increased interactions and learn from international experts; Increased opportunities for continuous upskilling and reskilling cost-effectively.
Afterdefningwhatwillbeaccomplishedthroughthedigitaltransformation, createindicatorsofsuccess.Indicators,ormilestones,aretheintermediateresults thatwillbeusedtodetermineifdecisionsuptothatpointareonthepathwayto success.
BOX 4.3 AN URBAN INSTITUTE EXAMPLE – INDICATORS Strategic indicators may include: a. b. c.
Twenty percent of participants will report applying what they learned to improve service delivery within three months of course completion; Quarterly increases of at least 5% in learners reporting having had interactions with an international expert; A 5% increase in availability of continuous opportunities for students upskilling and reskilling annually, at a cost of at least 3% less than the prior year.
Path to Success Technologydecisionscan,andoftendo,drivetheremainingdecisions(e.g., “we are going to use edX platform to deliver our learning programs”), resulting in choices that meet the requirements of the technology rather than meeting the needs of the organization (and those it serves). Better technology choices can result from making a few strategic non-technology decisions frst—adopting a basicfour-phaseagile,projectmanagementframework(seeFigure4.2).
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FIGURE 4.2 Manygardens,withforkingpaths,onthepathtothedigitaltransforma-
tionoflearning
“Knowing, and measuring, where one is in relation to where one is going is foundational to making quality decisions.”
Phase 1 – Assess and Analyze Begin with a systematic assessment of where your organization is in terms of modernizing L&D; comparing the current state against the desired future state to determine(a)whatnewresultsarerequired,(b)whichcurrentresultsshouldbe maintainedorimproveduponand(c)whichresultsshouldbediscontinued.Do thisinrelationtowhatisrequiredinordertoachieveyourstrategicresultsand where you ft in within the competitive landscape. For example, a component of strategic results might be to offer learning programs to increasingly diverse audience(s)astheycontinuouslystrivetoupskillandreskillinthecurrentcontext (i.e.,theFourthIndustrialRevolution).Ifso,thenmeasurecurrentproductivity intheseareasinordertoassessthesizeandcharacteristicsofthegaps(orneeds) thatanyfuturedigitalorblendedlearningmusthelpclose(Watkins,West-Meiers, andVisser,2012;afreeonlineneedsassessmentbook).Knowing,andmeasuring, whereoneisinrelationtowhereoneisgoingisfoundationaltomakingquality decisions.
BOX 4.4 AN URBAN INSTITUTE EXAMPLE: KEY DECISIONS •
•
If only