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Teaching and Learning Strategies for Sustainable Science Programs in Higher Education: From Japanese Perspectives Yuto Kitamura, The University of Tokyo Abstract Today’s universities are under strong influence of globalization in various aspects. A particularly marked manifestation of this trend is the transnational movement of students. At universities we have found students coming from diverse backgrounds, and needs and demands for higher education have changed significantly today. Responding to this situation, changes in teaching and learning styles have been occurring at universities in recent years. Such shifts of teaching and learning styles are happening more obviously in the fields of sustainability sciences. Also, recent rapid changes in Asian societies have stirred a sense of crisis that questions simple memorization of an existing body of knowledge as inadequate to prepare students for future challenges. This sense of crisis has spread widely throughout Asia including Japan, particularly with strong interests to realize more sustainable societies. As a result, many countries and areas including Japan now have a heightened awareness that it is essential to develop students’ “new academic abilities”, particularly in the process of promoting sustainability science. These “new academic abilities,” the competences that are expected of 21st-century human resources in the knowledge-based society, encompass abilities in a broad range of areas. They include the ability to effectively communicate with others and find solutions to problems, in addition to the conventional ability to acquire knowledge. They are inter-disciplinary, or even trans-disciplinary, in their nature. Today’s societies expect higher education to improve students’ wide-ranging generic skills, including creativity, flexibility, autonomy, teamwork, communication skills, and critical thinking. The motivation for this expectation is two-fold: learning is expected to prepare students for entry into the job market (i.e., learning for increasing students’ employability) on the one hand and on the other for civic life.
Transcript

TeachingandLearningStrategiesfor

SustainableScienceProgramsinHigherEducation:

FromJapanesePerspectives

YutoKitamura,TheUniversityofTokyo

Abstract

Today’s universities are under strong influence of globalization in various aspects. A

particularly marked manifestation of this trend is the transnational movement of students. At

universities we have found students coming from diverse backgrounds, and needs and

demands for higher education have changed significantly today. Responding to this situation,

changes in teaching and learning styles have been occurring at universities in recent years.

Such shifts of teaching and learning styles are happening more obviously in the fields of

sustainability sciences.

Also, recent rapid changes in Asian societies have stirred a sense of crisis that questions

simple memorization of an existing body of knowledge as inadequate to prepare students for

future challenges. This sense of crisis has spread widely throughout Asia including Japan,

particularly with strong interests to realize more sustainable societies. As a result, many

countries and areas including Japan now have a heightened awareness that it is essential to

develop students’ “new academic abilities”, particularly in the process of promoting

sustainability science.

These “new academic abilities,” the competences that are expected of 21st-century human

resources in the knowledge-based society, encompass abilities in a broad range of areas.

They include the ability to effectively communicate with others and find solutions to problems,

in addition to the conventional ability to acquire knowledge. They are inter-disciplinary, or

even trans-disciplinary, in their nature. Today’s societies expect higher education to improve

students’ wide-ranging generic skills, including creativity, flexibility, autonomy, teamwork,

communication skills, and critical thinking. The motivation for this expectation is two-fold:

learning is expected to prepare students for entry into the job market (i.e., learning for

increasing students’ employability) on the one hand and on the other for civic life.

The former is based on the requirements for certain abilities that are expressed mainly by the

industrial world. The neo-liberalist influence can be discerned here. On the other hand, the

latter comes from the need for generic skills as a foundation on which to build a progressive

community following the ongoing trend to place increasingly greater emphasis on active

citizenship and community life, as a result of global advances in research concerning learning

communities and lifelong learning. While it is up to the respective countries to decide on

which of the two types of abilities to attach importance, most countries including Japan are

striving to strike a good balance between the two.

This presentation aims at sharing the experiences of Japanese higher education, with a

particular focus on the University of Tokyo, how they have been trying to respond to the

above-mentioned changes and to contribute to the creation of more sustainable world in the

post-2015 era.

Keywords: Teaching and learning, New academic abilities, Employability, Civic life, Active

citizenship

15/11/18

1

YutoKitamuraAssociateProfessor,GraduateSchoolofEduca8on

AdjunctAssociateProfessor,GraduatePrograminSustainabilityScience-GlobalLeadershipIni8a8ve(GPSS-GLI)

TheUniversityofTokyo

Teaching and Learning Strategies for Sustainable

Science Programs in Higher Education:

From Japanese Perspectives

Outline of the Presentation

Introduction

1.  Higher Education and Sustainable Development

2.  Quality of Teaching and Learning

3.  International Cooperation to Promote Sustainability Sciences

Conclusion

Introduction

Higher Educa-on Today

• Globaliza8onaccelera8ngthemobilityofpeople,goods,informa8onandcapital

•  Increasingmobilityofstudentsandtheirdiversebackgrounds

• Wideninggapsbetweenpeople,na8onsandregions

• Asenseofcrisisthatques8onssimplememoriza8onofanexis8ngbodyofknowledge

•  Innova8oninteachingandlearning

•  Essen8altodevelopstudents’“newacademicabili8es”

New Academic Abilities

•  The competences of 21st-century human resources in the knowledge-based society.

•  Ability to effectively communicate with others and find solutions to problems.

•  Expecting higher education to improve students’ wide-ranging generic skills, including creativity, flexibility, autonomy, teamwork, communication skills, and critical thinking.

•  Learning for increasing students’ employability and learning for civic life.

1. Higher Education and Sustainable Development

15/11/18

2

DavidGriggs,MarkStafford-Smith,OwenGaffney,JohanRockstrom,MarcusCOhman,PriayShyamsundar,WillSteffen,GisbertGlaser,NorichikaKanieandIanNoble,‘SustainableDevelopmentGoalsforPeopleandPlanet.’Nature(Vol495,21March2013).

ENV

SOC

ECON

SD

Anthropocene

Whatis“sustainability”?

DevelopmentthatmeetstheneedsofthepresentwhilesafeguardingEarth’slife-supportsystem,onwhichthewelfareofcurrentandfuturegenera8onsdepends.

Redefiningtheno8onof“sustainability”Development

thatmeetstheneedsofthepresentwithout

compromisingtheabilityof

futuregenera8onstomeettheirownneeds.

Humanac8vi8eswilldecidethefutureoftheglobe.

2013 TIME19501900Today

Basisofsystems,ins8tu8onsandmindsforustoday

Holocene

‘SustainableDevelopmentGoalsforPeopleandPlanet.’Nature(Vol495,21March2013).ByDavidGriggs,MarkStafford-Smith,OwenGaffney,JohanRockstrom,MarcusCOhman,PriayShyamsundar,WillSteffen,GisbertGlaser,NorichikaKanieandIanNoble

ApossibleparadigmshifwiththeconceptofSustainableDevelopmentGoals(SDGs)

EcologyandEconomy

Anthropocene

Sustainable Development Goals (SDGs)

•  SDG4 astheEduca8onGoal:Ensureinclusiveandequitablequalityeduca2onandpromotelife-longlearningopportuni2esforall•  Learningoutcomes→ -Whatdoesthequalityofeduca8onmean?-Output/Outcomebasedapproaches

HowtoDealwiththeHumanCapitalPerspec8ves

•  Tradi8onalemphasisonschoolaiainment

•  Developmentofaccesstoeduca8onalopportuni8es:MDGs→SDGs

•  Somesuccessbuts8llchallenges

•  Qualityasakeyelement

•  Cogni8veandnon-cogni8veskills:Individuallearning

How the demand for skills has changed Economy-wide measures of rou-ng and non-rou-ne task input: 1969-1998 (1969=0)

(ornon-rou8neinterac8ve)e.g.,elici8ngcri8calinforma8onandconveyingaconvincinginterpreta8onofittoothers(ornon-rou8neanaly8c)e.g.,iden8fyingandsolvingnewproblemse.g.,assemblylinee.g.,filing,bookkeeping

Source:Yoshida(2014)

Graphic

Employment by Industry (1970-2003)

Source:Yoshida(2014)

Graphic

15/11/18

3

Unequal Distribu-on of Knowledge for Development

Source:Yoshida(2014)

Graphic

Youth unemployment

*Thechartcomparesdataonyouthlabourmarketsitua8onsregularandirregularemployment,unemployment(relaxeddefini8on)andinac8vityinfourleast-developedcountries(LDCs)–Cambodia,Liberia,MalawiandTogo–andfourhigh-incomeEuropeancountriesBelgium,France,theNetherlandsandPortugal.

• Skillsmismatchespointupapoorqualityofeduca8onandtheabsenceoflinkagesbetweeneduca8onsystemsandemployersasunderlyingproblems.• Attheter8arylevelinsomecountries,youngpeopleareconfrontedwithauniversitysystemwhichhastradi8onallybeenfocusedoneduca8ngforpublicsectoremployment,withliileregardfortheneedsoftheprivatesector.

Graphic

2. Quality of Teaching and Learning

FourPillarsofLearning

Ø Learning:TreasureWithin(1996),areportsubmiiedtoUNESCO,highlightedtheimportanceoflearning.

§  Learningtoknow§  Learningtodo§  Learningtolivetogether§  Learningtobe+§  Learningtotransformoneselfandsociety

Transforming the Ways of Teaching and Learning

From To

Tradi8onalpedagogicalprac8ces Progressivepedagogicalprac8ces

Teacher-centeredapproaches Student-centeredapproaches

Examina8onoriented Wholepersondevelopment

Textbookdominatedclassroom Mul8-medialearningenvironment

Subjectknowledge Skillsforlifelonglearning

Reproduc8on Crea8on

Semiprofessionalism Fullprofessionalism

Modernpedagogy Pedagogyforthefuture

Source:WordEconomicForumGlobalRisks2013

•  Top5GlobalRisksinNext10YearsBy:•  PerceivedLikelihood:1  Severeincomedisparity2  Chronicfiscalimbalances3  Risinggreenhousegasemissions4  Watersupplycrises5  Mismanagementofpopula8on

ageing•  PerceivedImpact1  Majorsystemicfinancialfailure2  Watersupplycrises3  Chronicfiscalimbalances4  Risinggreenhousegasemissions5  DiffusionofWeaponsofMass

Destruc8on

•  TopTenRisksbyCombinedRankingsofLikelihoodandImpactPercep8ons:(LRXIR)

1  Chronicfiscalimbalances2  Watersupplycrises3  Severeincomedisparity4  Risinggreenhousegasemissions5  Failureofclimatechange

adapta8on6  Mismanagementofpopula8on

ageing7  Extremevola8lityinenergyand

agricultureprices8  Cyberaiacks9  Globalgovernancefailure10  Persistentextremeweather

Problemstobetackledininterdisciplinarymanners:Economic,Environmental,Societal,Geopoli8cal,Technological

“Literacies”forGlobalAgenda

15/11/18

4

Fostering “Global Human Resource” and the Introduc-on of “Ac-ve Learning”

【Diversemodesofteachingandlearning】•  Studentpar8cipa8on• Collabora8vestudies• Problem-BasedLearning/Project-BasedLearning,etc.

“Ac8veLearning”formoreprogressivewaysofteachingandlearning

“GlobalHumanResources”whocanapplyknowledgeinthechangingworld

19

What do we expect?

•  From “passive” learning to “active” learning

•  Changing the consciousness of teachers   → From “provider” to “supporter”

•  Creating “Learning Community” •  Transforming and creating new “knowledge”

20

Process of Ac-ve Learning

Input Transform Output

Documents,DataVisualmaterials,etc.

Analysis,Assessment/Evalua8on

Synthesis

My Concern…

•  Too much emphasis on practical aspects of learning

•  Learning outcomes should not be assessed by a satisfactory level of students but what they actually have learned

•  Intellectual foundation and a sense of social

responsibilities to be critical, creative and innovative •  Of course students need more opportunities, particularly

through international experiences

22

3. International Cooperation to Promote

Sustainable Science Programs

Promo-ng Sustainable Science Programs

•  Moreeffec8veinternalcoordina8oninsideHEIsisrequiredtodeveloptheESD-relatedprogramwhichenablesstudentstoacquirecross-disciplinaryperspec8ves.

•  Moreopportuni8esforprac8callearning,suchasexperimentallearning,fieldworkandinternshipprograms.→Howbesttoposi8ontheminthecurriculum?

•  TeachingmethodsforESDandtheiroutcomesshouldbeexploredmorethoroughly.

•  Theestablishmentofauthorizedsystemsconnec8ngESDwithemployment,industries,andcommunitydevelopmentshouldbeconsidered.

15/11/18

5

Old-fashioned Typology of Interna-onal Coopera-on in Higher Educa-on: Characteris-cs

IntellectualExchange

DevelopmentAssistance

KnowledgeTransfer -Mutual -Basicallyoneway

Funding -Non-ODA;-OfenprovidedbyHEins8tu8onsindevelopedcountries,butsome8mesmutuallygeneratedwithins8tu8onsindevelopingcountries.

- OfficialDevelopmentAssistance(ODA);- SolelyprovidedbyHEins8tu8onsindevelopedcountries,butoccasionallymutuallygeneratedwithins8tu8onsindevelopingcountries.

RelaConshipofActors -Equalpartnership -Donor-Recipient

GeneralPeriod -Mid-termtoLong-term -Short-termtoMid-term

EU

Different Stages of Interna-onal Coopera-on in Higher Educa-on

Givingm

ore be

nefitto

thepartne

r

Receivingmorebenefitfromthepartner

MalaysiaThailand

China

JapanSingaporeKorea

USA,UK

Situa8onshavebeenrapidlychangingtoday.

CambodiaLaoPDR

Towards a New Stage…Mutuality!•  IntellectualDevelopmentCoopera8on:-Mixoftheold-fashionedtypesofinterna8onalcoopera8oninhighereduca8on.-Moremutualeffortstopromotesustainabledevelopment.

 ⇒  【ASEAN+EU】EUSupporttoHigherEduca8oninASEANRegion(SHARE)

【Japan】ScienceandTechnologyResearchPartnershipforSustainable Development(SATREPS) JapanScienceandTechnologyAgency(JST) JapanInterna8onalCoopera8onAgency(JICA)

【USA】PartnershipsforEnhancedEngagementinResearch(PEER) UnitedStatesAgencyforInterna8onalDevelopment(USAID) Na8onalScienceFounda8on(NSF) Na8onalIns8tutesofHealth(NIH)

• Resilienceisanimportantelementtobesharedinterna8onally•  LearningfromtheexperiencefromEastJapanEarthquake,TsunamiandFukushimaNucleardisaster

•  Trans-disciplinaryresearchandeduca8on:Naturalscience,socialscienceandhumani8esworkingwithstakeholders)

•  FutureEarthconsidersSDGsasanexemplarycase

•  SDGsarealreadyhappening•  i.e.Climateadapta8onfinance•  Howtoins8tu8onalizethemfromglobaltolocallevels ofgovernance-governancechallenge

28

Prospect of Interna-onal Development Coopera-on

Conclusion Making Our Teaching and Learning More Sustainable

Remaining Ques-ons to Sustainability Science Programs

• Whatdowemeanby"Global"?Andhowdowetrainstudentstogofrom"local"to"global"?

• Whatareitsinnova8veanduniquefeaturesagainstotherleadingprogramsacrosstheworld?

•  Howistheprogram'sapproachtosustainabilityeduca8ondifferentfromthoseobservedinEurope,Africaandotherplaces?

• Whatisthegoaloftheprogramandwhodefinesit?

•  TransdisciplinarityvsInterdisciplinarity

15/11/18

6

Challenges: Curriculum-related issues

•  Founda8oncompetencyforsustainabilityvs.Specializedskillsrelevancetocourses

•  Overlappingofcoursecontents

•  Balancebetweenfieldexercisesandlectures

•  Qualityofcurriculum,notonlystandardaspectssuchaslecturesbutespeciallyinnova8veaspectslikefieldworkandinterdisciplinaryresearch.Anybenchmarks?

•  Inadequacyofthestudent-drivenelementintheformalpartoftheprogram?

Challenges: Faculty-related issues

•  Single-disciplinetrainedbutaresupposedtopromotemul8-/inter-disciplinaryapproaches

•  Facultycomposi8oninrela8ontotheinterna8onalorgloballevelofsustainabilityeduca8on

•  Commitmentoffacultytoremedialac8on

•  Needforfaculty-studentcollabora8ontofillthegapsforprogramimprovement

•  Morefacul8esinnaturalsciencefieldsandlessinsocialsciences•  Treatmentofvalueques8oninsustainabilityscience

Conclusion: Making Our Higher Educa-on More Sustainable

•  Thepromo8onofglobalwell-beingshouldbeconsideredasasocialresponsibilityofhighereduca8onins8tu8ons.

• Moreac8velearningandstudentinvolvementandmoreprac8calexperiencesbothinsideandoutsideclassrooms

• Graduates’employmentrecord

• Universi8escanfacilitatetheexpansionofnetworks

• Morecollabora8onacrossthecountries:Interna8onalDevelopmentcoopera8on

Yuto Kitamura, Ph.D.

Associate Professor Graduate School of Education

The University of Tokyo

Thank you very much for your attention.

The 4th GPSS-GLI International Symposium

Name: Yuto Kitamura

Affiliation: Associate Professor, Graduate School of Education / Adjunct Associate Professor, Graduate Program in

Sustainability Science-Global Leadership Initiative (GPSS-GLI), Graduate School of Frontier Sciences

Email: [email protected]

Profile

Yuto Kitamura, PhD, is an Associate Professor in the Graduate School of Education, The

University of Tokyo. He received his Ph.D. in education from the University of California, Los

Angeles (UCLA). He had worked in the Education Sector of UNESCO in Paris and taught at

Nagoya University and Sophia University, both in Japan. He was a Fulbright Scholar at the

George Washington University, Visiting Professor at the University of Dhaka in Bangladesh,

and is currently Special Advisor to Rector of the Royal University of Phnom Penh in

Cambodia. He is also a Member of the Science Council of Japan. He is specialized in

comparative education and has been conducting his researches extensively on education

policy of developing countries, particularly in Southeast Asia. His recent publication includes:

Emerging International Dimensions of East Asian Higher Education (co-editor, Springer,

2014) and The Political Economy of Schooling in Cambodia (co-editor, Palgrave Macmillan,

2015).


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