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Shaping Spaces keynote at the ALT Conference, Liverpool, England, Sept 2017 Abstract This talk is about new learning spaces in universities and the scope for learning technologists to help shape better learning spaces. I will focus on design knowledge: knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning spaces – and learning situations more generally – must pay close attention to students’ activity: what it is they are actually doing. The second is that we need a shared set of actionable concepts that can connect human activity to the physical world (material/digital/hybrid), recognising that activity can be influenced, but is rarely determined, by features of its setting. Without such connecting concepts, it becomes very difficult to design, or to explain the rationale for a new design, or to understand how an existing set of learning arrangements actually works. The title of the talk captures the idea that ‘we shape our spaces and then our spaces shape us’. When learning spaces work well, students also learn how to shape the spaces they need. 1

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Page 1: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

ShapingSpaceskeynoteattheALTConference,Liverpool,England,Sept2017

Abstract

Thistalkisaboutnewlearningspacesinuniversitiesandthescopeforlearningtechnologiststohelpshapebetterlearningspaces.Iwillfocusondesignknowledge:knowledgethatisusefulin(educational)designwork.Twoideasarecoretomyargument.Thefirstisthattheanalysisanddesignofcomplexlearningspaces– andlearningsituationsmoregenerally– mustpaycloseattentiontostudents’activity:whatitistheyareactuallydoing.Thesecondisthatweneedasharedsetofactionableconceptsthatcanconnecthumanactivitytothephysicalworld(material/digital/hybrid),recognisingthatactivitycanbeinfluenced,butisrarelydetermined,byfeaturesofitssetting.Withoutsuchconnectingconcepts,itbecomesverydifficulttodesign,ortoexplaintherationaleforanewdesign,ortounderstandhowanexistingsetoflearningarrangementsactuallyworks.Thetitleofthetalkcapturestheideathat‘weshapeourspacesandthenourspacesshapeus’.Whenlearningspacesworkwell,studentsalsolearnhowtoshapethespacestheyneed.

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Page 2: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Ichosethe‘shapingspaces’titlefortwomainreasons:1)Iwantedtofocusonthecontributionoflearningtechnologytothedesignandcreationofnew,complexlearningspaces.‘Shaping’hasthatactive flavour anditalsocanimplyakindofinformedcraftingratherthanarigiddetermining.Ididn’twanttotalkabout‘shapes’–taxonomiesoffinishedspaces,forexample.2)Ilikethereflexive/recursivenatureofthephrase– it’snotjustthatweareshapingspacesbutthespacesweshapetheninfluencewhatstudents(andteachersandothers)do.Adinfinitum/inendlessloops.

Activelearningandlearningtochangetheworldare(usually)entangledwithcomplex(re)arrangementsofthematerial,digital,social,epistemic… wetendtoexaggeratethepowerofarticulatedknowledgeandtalkinHEandtounderestimatethe(oftensubtle)powerofthebrutephysicalityoftheworld

“Weshapeourbuildings;thereaftertheyshapeus”(WinstonChurchill)

“Webecomewhatwebehold.Weshapeourtoolsandthenourtoolsshapeus”(JohnCulkin’s wayofexpressinganideaattributedtoMarshallMcLuhan)

“We never educate directly, but indirectly by means of the environment. Whether we permit chance environments to do the work, or whether we design environments for the purpose makes a great difference.”

Dewey, J. (1938). Democracy and education.

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Page 3: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

I’minterestedindesignresearchanddesignknowledge.FollowingEzio Manzini,Itakedesignresearchtobeanenterprisethatproducesknowledgethatisusefulin/fordesignwork.Inmycase,it’sdesignforlearning,butideasfromotherareasofdesign(research)canbeveryinsightfultoo.

I’musing‘designknowledge’quitebroadly,toincludesuchthingsasdesignmethods,designtools,designprinciples,reusabledesigntemplates,designpatterns,etc.Italsoincludes‘actionableconcepts’thatcanbeusedinreasoningabout/indesignwork.Forexample,conceptsthathelpdesignersthinkaboutrelationsbetweenthingsthatcanbedesignedandlikelyhuman/studentresponsestowhatisdesignedforthem.

Thinkingaboutcomplexlearningspacesinparticulartightensthefocusonasubsetofsuchactionableconceptsthatcanconnectqualitiesofthephysical(material,digital)tovaluedhumanactivities(suchaslearningactivities).[Inrelationtosocial situations,conceptslikeanonymity– talkedaboutinSianBayne’skeynote– wouldbeimportant]

Designresearchanddesignknowledgearevitallyinvolvedinconnectingtheeverydaypracticeofdesignwiththecreationofshareabledesignknowledgewithrepresentationsoflearning,technology&designinorganisational,policy&publicdiscourse– fragmentationhereisdangerous.

Manzini,E.(2015).Design,wheneverybodydesigns:anintroductiontodesignforsocialinnovation.CambridgeMA:MITPress.

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Page 4: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Dr.Ervand Kogbetliantz withhisthree-dimensionalchessboard,NewYorkCity,1952.YaleJoel—TheLIFEPictureCollection/GettyImagesAndhttps://patentimages.storage.googleapis.com/pages/US3767201-1.png

Eachgamespaceisamixofepistemicandproductiveaction(inwhichonesearchesforbetterunderstandingandtriestomakethingsbetter)

Someofoursharpertheoreticalideasaboutrelationsbetweenpeople&technology,individualactionandsocialissues,economy,politics,society,identityetc havebeenworkedouton‘higherplanes’– inwhichourprofessionalagencyisoftenquitelimited.

Knowingwhichplanes/gamesyoucanplay(atanyonetime;foranyoneproject)iskey

Pullingideasbetweengamescanbevuseful;mappingconnectionsbetweengamespacestoo;spottingmomentswhenonecanworkinotherspaces– allstrategicallyimportant&partof‘moralknowhow’

Suchfluencyisimportantforourselvesaseducationalworkersbutalsoimportantassomethingwewanttohelpourstudentsdevelop.

Butalsobearinmindthelimitsofthemetaphor– gamesspaces&theirrelationsshift;theyareundergoingdynamicconstruction,oftenbypowersoutsideourcontrol– butnotalways.

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Page 6: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Thenextfewslidesarefromcurrent/recentPhDresearchinCRLIatSydney.Collectively,theyportraysomeofthecomplexmeshworks ofmaterials,digitaltools,spaces,people,tasksetc thatwefindincontemporaryHE.Eachprojectisconcernedwithunderstandingsomeofthiscomplexity– mostprojectsarealsoconcernedwithimprovingtheset-upsthatareportrayed.

ThisslideshowsateamofeducationaldesignersandacademicstafffromHealthSciencesintheEDRS.Thedesignteamareworkingonaweb-basedinterfacethatstudentswillusewhenlearninghowtoremotelycontrolaCTscanner.TherealCTscannerappearsinthemiddleofthetopleftimage,seenthroughawindowfromarealcontrolroom.Theseappearasvideoimageryinawebpage.ThedesignteamareusinganinteractivewhiteboardintheEDRStoview&discussthestudentinterface.We(asdesignresearchers)aremakingvideorecordingsofthem(andus)– therighthandimageisagrabfromoneofseveralvideostreamsandtimelapsestillimagestreams.

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Page 7: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Acloserviewof(partsof)thesetup.

InthisimagewecanseetherealCTscannerthroughthecontrolroomwindow,plusacomputerdisplayshowingdatafromandcontrolsfortherealscanner,plusawebpagethatallows(evenmore)remotecontrolofthescanner.

Thisisasimilargenretoremoteaccesslabs(usedinscience&engineeringforexample),butisalsoaboutlearningtheprofessionaltoolsofthetradeinasituationmadeevenmorerealisticbythegrowingpracticesof‘e-health’,‘remotemedicine’etc.(Veryimportantinrural/remoteareasofAustralia.)

ThisisfromsomeofMartinParisio’s PhDwork.He’saPhDcandidateattheUniversityofSydney,witha‘dayjob’asaneducationaldesignerattheUniversityofNewSouthWalesalsoinSydney).

SomeofMartin’searlierworkishere:Parisio,M.L.(2012).Enablingstudentautonomy:Learningspacesandemergingtechnologies. PaperpresentedattheE-Learninginachanginglandscapeofemergingtechnologiesandpedagogies,HongKong.http://www.academia.edu/download/30978453/parisio_paper_citers_hku_2012_2.pdf

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Page 8: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

TheX-LabintheCharlesPerkinsCentreHubbuildingatSydneyUni.TheCPCisaverylargeresearchandeducationcentre,ahomeforinterdisciplinaryresearchfocussedonObsesity,Diabetes&Cardiovasculardisease.TheX-labopenedthreeyearsago.

ResearchsiteforTinaHinton,whoisstudyingforhersecond PhD.She’sanacademicwhoteachesinthisspaceandplayedasubstantialroleinitsdesign.

Publsihed studies:

Hinton,T.,Yeoman,P.,Carvalho,L.,Parisio,M.,Day,M.,Byrne,S.,...Goodyear,P.(2014).Participatinginthecommunicationofscience:identifyingrelationshipsbetweenlaboratoryspacedesignsandstudents’activities.InternationalJournalofInnovationinScienceandMaths Education,22(5),30-42.

Hinton,T.,Yeoman,P.,Ashor,L.,&Poronnik,P.(2016).Spacesenablingchange.InL.Carvalho,P.Goodyear,&M.deLaat (Eds.),Place-BasedSpacesforNetworkedLearning (pp.207-224).London:Routledge.

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Figure2.Mounted,moveabledesktopcomputersintheXLabwhichallowaccesstomultiplemodesofcommunication,includingmultipleconcurrenthighdefinitiondigitalvideoinputstoeachstudentcomputerfromtheinstructor’sPC,afacecameraandadigitalvisualizerlocatedabovetheinstructors’workarea,alongsideaccesstodigitalandonlineresources.

Learninginsmallandlargegroups,withcohortsfrommultipledisciplines(includingbiomedical,veterinaryandhealthsciences,andmolecularbiosciences),differentyearsofstudy,aswellasarangeofunitsofstudyanddegreeprograms.Theyallowacademic,technicalandsupportstafftoworksidebyside.

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Page 10: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

ProsthodonticssimulationlabatMahidol University,Bangkok,Thailand.ResearchsettingforPhDstudentPunyanit (Nat)Rungnava,whoisalsoanacademicteachinginthatspace.

Studentsinthepicturesarelearningtomakeandfitimplants,denturesetc.

Thesimulationsystemgivesthemlivefeedbackonaspectsoftheirwork.Thestudent-prosthodontistneedstobecarefulabouttheirpositioning,inrelationtotheworkitself,thepatientandthemonitoringfacilitiesofthesimulator.

ThisisoneofthelargestDentSim installationsintheworld.

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Page 11: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Thisgivesasenseofthescaleofthelab.

Wealsoseeanepisodeinwhichamemberofstaffsupervisingthestudentshasthemgatheredtogethertodemonstrateapoint.

It’simportantforthedesignofthespacetoalloweasycirculationofinstructorsandtoallowsmoothtransitionsfromindividualtowholeclassactivitiesandbackagain.

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Page 12: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

ThisisfromAnnaJanssen’sPhDresearch.AnnaworksasaprojectmanagerintheHealthSciencesFacultyattheUniversityofSydney– her‘dayjob’involvesmanagingarangeofonlineeducationprojects,designed&developedforpeopleworkinginthehealthsector.

OneofthemainelementsofherPhDresearchinvolvedAnnadesigningagameenvironmenttohelpmedicalstudentsrevisetheiranatomicalknowledge.

Shedesignedateam-basedgameinwhichcompetingteamsofstudentsraceeachother–aimingtocaptureterritorybyansweringquestions.

Thegameisthereforeusingaspatialmetaphorinboththeorganisation ofknowledgeandthegamemechanics.

Inthelowerpictureweseeateamoffourstudentsplayingthegame.Locationoftheteammembersturnedouttobeasignificantfactor– thoughitwasn’tadesignissueintheoriginalconceptionofthesoftware.Placingteamsindifferentrooms,andpositioningmembersofthesameteamsotheycanmakeeyecontactandshareplansandanswerswithoutbeingoverheardbytheopposingteam,areimportantinshapingteaminteractionandstrategies.

Apublicationfromearlywork:Janssen,A.,Shaw,T.,Goodyear,P.,Kerfoot,B.,&Bryce,D.(2015).Alittlehealthycompetition:usingmixedmethodstopilotateam-baseddigitalgameforboostingmedicalstudentengagementwithanatomyandhistologycontent.BMCMedicalEducation,15(173).doi:10.1186/s12909-015-0455-6

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Imayskipthisslidetosavetime.

ThestillsarefromresearchbyRobertoMartinez-MaldonadowhilehewasstillpartoftheLaureateteamattheUniversityofSydney.ItshowstheEDRSduringapilottestoftheCoCoDes multitouch designtable.Thisisaresearchtool,not(yet)aseriousdesigntool.

CoCoDes allowsdesignerstoworkwithdesignpatternstocreateasequenceoflearningactivities,andtogetrealtime displaysofsuchthingsastheamountofstudenttimebeingspentondifferentkindsofactivity.

Martinez-Maldonado,R.,&Goodyear,P.(2016).CoCoDeS:Multi-deviceSupportforCollocatedCollaborativeLearningDesign.Paperpresentedatthe28thAustralianConferenceonHuman-ComputerInteraction(HCI)(OZCHI2016),Launceston,Tasmania.Martinez-Maldonado,R.,Goodyear,P.,Kay,J.,Thompson,K.,&Carvalho,L.(2016).Anactionableapproachtounderstandgroupexperienceincomplex,multi-surfacespaces.PaperpresentedattheCHI'16.Martinez-Maldonado,R.,Goodyear,P.,Carvalho,L.,Thompson,K.,Hernandez-Leo,D.,Dimitriadis,Y.,...Wardak,D.(2017).Supportingcollaborativedesignactivityinamulti-userdigitaldesignecologyComputersinHumanBehavior,71,327–342.

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Itmaybethatthispointdoesn’tneedmaking,especiallynowthereisanactiveALTLearningSpacesSIG.

Butthisandthenextslidehelporganise theargumentaboutwhytryingtokeepthephysicalanddigitalseparateislikelytoleadtopracticalproblems.

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Carvalho,L.,&Goodyear,P.(Eds.).(2014).Thearchitectureofproductivelearningnetworks.NewYork:Routledge.

Carvalho,L.,Goodyear,P.,&deLaat,M.(Eds.).(2017).Place-basedspacesfornetworkedlearning.NewYork:Routledge

Clark,A.(2008).Supersizingthemind:embodiment,action,andcognitiveextension.Oxford:OxfordUniversityPress.

Damsa,C.I.,&Jornet,A.(2017).Revisitinglearninginhighereducation—Framingnotionsredefinedthroughanecologicalperspective.FrontlineLearningResearch,4(4),39-47.

Fisher,K.,&Dovey,K.(2016).PlansandPedagogies.InK.Fisher(Ed.),TheTranslationalDesignofSchools (pp.159-177):Springer.

Ingold,T.(2011).Beingalive:essaysonmovement,knowledgeanddescription.Abingdon:Routledge.Knappett,C.(2011).Networksofobjects,meshworks ofthings.InT.Ingold (Ed.),RedrawingAnthropology:

Materials,Movements,Lines (pp.45-63):Ashgate.Knappett,C.(Ed.)(2013).NetworkanalysisinArchaeology:newapproachestoregionalinteraction.Oxford:

OxfordUniversityPress.Lehman,M.L.(2017).Adaptivesensoryenvironments:anintroduction.Abingdon:Routledge.Mitchell,W.J.(1995).Cityofbits:space,place,andtheinfobahn.CambridgeMass:MITPress.Mitchell,W.J.(2003).Me++:thecyborgselfandthenetworkedcity.CambridgeMass:MITPress.Parchoma,G– papersattheALTC2017conference

Pink,S.,Ardèvol,E.,&Lanzeni,D.(Eds.).(2016).Digitalmaterialities:designandanthropology.London:Bloomsbury.

Salomon,G.(Ed.)(1993).Distributedcognitions:psychologicalandeducationalconsiderations.Cambridge:CambridgeUniversityPress.

Shepard,M.(Ed.)(2011).Sentientcity:ubiquitouscomputing,architecture,andthefutureofurbanspace.CambridgeMass:MITPress.

Yeoman,P.(2015).Habits&habitats:anethnographyoflearningentanglement. (PhD),UniversityofSydney. [openaccess: http://hdl.handle.net/2123/13982 ]

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Page 17: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Havingsetupcomplexlearningspaces(entanglingphysical&digital)asanimportantclassofdesignproblem,thetalknowturnsto‘usefuldesignknowledge’.

Inthecontextofdesignforlearning,whatisthis?

Thisisbothadescriptiveandanormativeproject– insightsfromobservations ofdesignpracticeinterwovenwiththeorising andmodellingpractice;importingideasfromotherareasofdesignresearch;rationalreconstructionsofdesignwork,etc.

It’simportanttonotethatthekindsofcomplexspacesillustratedintheearlierslidesaredesignable– peoplefinditchallengingtodesignthem,andtoanalyse howtheynowfunction(forthepurposesofenhancementand/orsharingdesignideas).Buttheydomanagetogetthejobdone.

Ourwaysoftheorising howdesignforlearningshouldbedone– normativemodelsofdesign,designprinciplesetc – struggletocapturethiskindofwork.

Asisoftenthecaseonlearningtech,practicalinnovationmovesaheadofourabilitiestosay(inmoreformalterms)howsuchpracticeshouldproceed.Thismaynotseemtobeaproblem(itworksinpractice),butthedifficultiesofmakingmoreabstractrepresentationsofwhat’sgoingonmakeitdifficulttoshareinsights(otherthaninthemostconcreteofterms).

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Page 18: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Classicmodelsofinstructionaldesigntendtoassumeacompliantlearner– theymaynotbeexpressedindeterministiclanguage,buttheyleavelittleroomforlearneragency.

Thereactionagainstinstructionaldesigninthe1990s(neo-constructivismetc)waspartlyaresponsetotheneedtorecognise learnerdiversityandlearneragency,butabandonedthetoolkitofinstructionaldesign– justatatimewheneducatorsbecameinterestedinmuchmorecomplexlearningoutcomesandlearningenvironments.

Growinginterestindesignforlearninginthelast10-15yearshasalsoseendesignersanddesigntheoristsnavigatingwatersbetweenhighlyprescriptiveandlaissezfaireapproaches.

Someofmywritingonthis:seemywebsiteorcontactmeGoodyear,P.(1997).Theergonomicsoflearningenvironments:learner-managedlearningandnewtechnologyCreacion demateriales paralainnovacion educativa connuevas tecnologias (pp.7-17).Malaga:Instituto deCiencias delaEducacion,UniversidaddeMalaga.Goodyear,P.(1999).Educationaltechnology,virtuallearningenvironmentsandarchitecturalpractice.InD.Ely,L.Odenthal,&T.Plomp (Eds.),Educationalscienceandtechnology:perspectivesforthefuture(pp.74-91).Enschede:Twente UniversityPress.Goodyear,P.(1999).Newtechnologyinhighereducation:understandingtheinnovationprocess.InA.Eurelings,F.Gastkemper,P.Komers,R.Lewis,R.vanMeel,&B.Melief (Eds.),IntegratingInformationandCommunicationTechnologyinHigherEducation (pp.107-136).Deventer:Kluwer.Goodyear,P.(1999).Pedagogicalframeworksandactionresearchinopenanddistancelearning.EuropeanJournalofOpenandDistanceLearning.

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Page 19: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Onecanseethebeginningsofamovetowardsunderstandingcomplexlearningsystems(etc)in‘realist’terms.

Inmyview,there’sbeentoomuchresearchined tech(andeducationmoregenerally)thatlooksforstatisticalassociationsbetweenabstractvariables(like‘engagement’)andtoolittlethatlookscloselyattheactualityoflearningactivitiesandtheactualinterweavingofactivity,tools,languageetc.(Icountmyselfamongthosewho’veoverdonethecorrelationalresearch.)

Perhapsabetterwaytoputthisistosaythatnowisthetimeforusalltobeexaminingverycloselyhowcurrentcomplexsetsoflearningarrangementsactuallywork.

Goodyear,P.,&Ellis,R.(inpress).Learningspacesresearch:framingactionableknowledge.InR.Ellis&P.Goodyear(Eds.),Spacesofteachingandlearning:integratingperspectivesonresearchandpractice.Dordrecht:Springer.

Reimann,P.(2009).Timeisprecious:Variable- andevent-centred approachestoprocessanalysisinCSCLresearch.InternationalJournalofComputer-SupportedCollaborativeLearning,4,239-257.

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ThestudyreportedhereinEducationNextlookedatstatisticalassociationsbetweenusinglaptopsinlecturesandcoursegradesachieved.

Theresearchdesigndidnottrytocapturewhatstudentswereactuallydoingwith/ontheirlaptopsduringthelectures.

Ataminimum,ourresearchneedstofocusinonWHATSTUDENTSAREACTUALLYDOING

Tobefair,theauthors’discussiondidmentionpossibilitiesthatstudentsmightbedoingdifferentthings,butthiswasn’tpartoftheresearchdesign.

Studentactivityisreal– ithaseffects.

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Page 21: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

Imayalsoskipthisoneiftimeistight.

KlausKrippendorff hasmanyinterestingthingstosayaboutdesign.He’snotwritingabouteducationaldesign,butmanyofhisinsightsareapplicable– someofthemapplyevenmorestronglyineducationalcontextsthaninthe‘mainstream’designcontextshediscusses.

Mymainpointhereisthatwearenotinagoodpositionto’handover’oureducationaldesignstostudentsifwecan’tarticulatetothemhowtheyaremeanttowork.

Wecan’tarticulatetheirlogicifwedon’tunderstandhowthe(implemented)designactuallyworks….

NBthisisnoteasy– esp wherestudentstakeoverthedesignandcustomiseinsignificantways;butthereshouldalwaysbethepossibilityofsomeaccountofdesignlogic.

Kashmira Dave’sresearchatSydneyshedssomelightonthedifficultiesacademicstaffhaveinarticulatingthepurposes oftheirdesigns.

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Page 22: design knowledge activity · knowledge that is useful in (educational) design work. Two ideas are core to my argument. The first is that the analysis and design of complex learning

I’mnowbringingthestorylinetomeetsomeofthepropositionsthatI’vesharedinearlierworkonactivitycenteredanalysisanddesign(ACAD)

Fiveusefulpapersonthiscanbedownloadedfrommywebsite.

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TheACADapproachisjustonewayofthinkingaboutdesignforandanalysisofcomplexlearningsituations.

Themaintenetsareintheseopen-accessarticles:

Goodyear,P.(2015).Teachingasdesign.HERDSAReviewofHigherEducation,2.

Goodyear,P.,&Dimitriadis,Y.(2013).Inmediasres:reframingdesignforlearning.ResearchinLearningTechnology,21.doi:http://dx.doi.org/10.3402/rlt.v21i0.19909

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T– ‘things’H– ‘humans’ReasoningabouttherelationsbetweenT-T,H-H,&H-Ttypicallydrawsonavarietyofformsofknowledgeandwaysofknowing.Suchreasoningisanexampleofepistemicfluency– recognising andbeingabletoparticipateinarangeofepistemicgames.

Hodder,I.(2012).Entangled:anarchaeologyoftherelationshipsbetweenhumansandthings.Chichester:Wiley-Blackwell.

Yeoman,P.(2015).Habits&habitats:anethnographyoflearningentanglement.(PhD),UniversityofSydney. http://hdl.handle.net/2123/13982

Yeoman,P.(2017).Astudyofcorrespondence,dissonance,andimprovisationinthedesignanduseofaschool-basednetworkedlearningenvironment.InL.Carvalho,P.Goodyear,&M.deLaat (Eds.),Place-BasedSpacesforNetworkedLearning (NewYork:Routledge.

https://pippayeoman.wordpress.com

Markauskaite,L.,&Goodyear,P.(2017).Epistemicfluencyandprofessionaleducation:innovation,knowledgeableactionandactionableknowledge.Dordrecht:Springer.

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Wehavesome(incompletebutneverthelessuseful)bodiesofknowledgeonwhichtodrawinreasoningaboutsomeofthesekeyrelationships

Forexample,whatgoesonwhenstudentsinterprettaskrequirementsandimprovisetheirownlearningactivitiesisaterritorythathasbeenstudiedbyresearchersinterestedin‘studentsapproachestolearning’orSAL.ThishasalonghistoryinHE(deep&surfaceetc).

Oneimportantclaiminthisdiagramisthatrelationshipsbetween‘things’(artefacts,featuresoflearning/workplacesetc)andactivities(H-T)arenotpedagogicalrelationships.AreasofR&Dlikeergonomicsmaybemoreappropriate.Iconjecturethatthiscouldproveusefulinconvincingcampusinfrastructuremanagers,architects,builders&othersofthenecessity ofsomedesignelements– offeringsharperargumentsthanwetypicallyfindwithpedagogicalargumentation.

“Studentsneedxtodothejob/completethetask”

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Imaynotgetthroughall3examples.Eachexampletakesaslightlydifferentperspectiveonthesekindsofrelationships.

Myargumentisthatthesekindsofactionableconceptsshouldbefeaturingmorefrequentlyineverydayeducationaldesign/analysisdiscussionsandthatawarenessoftherelationshipstheyhelpusspeakaboutwouldhelpliftthequalityofdiscussionineducationalpolicy/strategydiscourse.

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Collins,H.(2010).Tacitandexplicitknowledge.Chicago:TheUniversityofChicagoPress.

Oliver,M.(2005).Theproblemwithaffordance.E-learning,2(4).doi:doi:10.2304/elea.2005.2.4.402Oliver,M.(2011).Technologicaldeterminismineducationaltechnologyresearch:somealternativewaysofthinkingabouttherelationshipbetweenlearningandtechnology.JournalofComputerAssistedLearning,27,373–384.Oliver,M.(2013).Learningtechnology:Theorising thetoolswestudy.BritishJournalofEducationaltechnology,44(1),31–43.

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Lucila Carvalho andItalkaboutthisin:

Goodyear,P.,&Carvalho,L.(2013).Theanalysisofcomplexlearningenvironments.InH.Beetham &R.Sharpe(Eds.),Rethinkingpedagogyforadigitalage:designinganddeliveringe-learning (pp.49-63):RoutledgeFalmer.

SeealsoKahneman,D.(2011).Thinking,fastandslow.NewYork:Farrar,StrausandGiroux.

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Onstructure&agencyfromasocialperspective,see:Archer,M.(2003).Structure,agencyandtheinternalconversation.Cambridge:CambridgeUniversityPress..

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Lonchamp,J.(2012).AninstrumentalperspectiveonCSCLsystems.InternationalJournalofComputer-SupportedCollaborativeLearning,7(2),211-237.doi:10.1007/s11412-012-9141-4Rabardel,P.,&Beguin,P.(2005).Instrumentmediatedactivity:fromsubjectdevelopmenttoanthropocentricdesign.Theoreticalissuesinergonomicscience,6(5),429-461.Rabardel,P.,&Bourmaud,G.(2003).Fromcomputertoinstrumentsystem:adevelopmentalperspective.InteractingwithComputers,15(5),665-691.doi:10.1016/s0953-5438(03)00058-4Ritella,G.,&Hakkarainen,K.(2012).Instrumentalgenesisintechnology-mediatedlearning:Fromdoublestimulationtoexpansiveknowledgepractices.InternationalJournalofComputer-SupportedCollaborativeLearning,7(2),239-258.doi:10.1007/s11412-012-9144-1Verillon,P.,&Rabardel,P.(1995).Cognitionandartifacts:acontributiontothestudyofthoughtinrelationtoinstrumentedactivity.EuropeanJournalofPsychologyofEducation,10(1).White,T.(2008).DebugginganArtifact,InstrumentingaBug:DialecticsofInstrumentationandDesigninTechnology-RichLearningEnvironments.InternationalJournalofComputersforMathematicalLearning,13(1),1-26.doi:http://dx.doi.org/10.1007/s10758-007-9119-x..

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Seealsoonthis:

Overdijk,M.,vanDiggelen,W.,Kirschner,P.,&Baker,M.(2012).ConnectingagentsandartifactsinCSCL:Towardsarationaleofmutualshaping.InternationalJournalofComputer-SupportedCollaborativeLearning,7(2),193-210.doi:10.1007/s11412-012-9143-2

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Images:MichaelJohnson&MichaelKhoo.

Furtherreading– recommendedbooks.Mytwofavourites inbold:

Boddington,A.,&Boys,J.(Eds.).(2011).Re-shapinglearning:acriticalreader- thefutureoflearningspacesinpost-compulsoryeducation.Rotterdam:SensePublishers.Boys,J.(2011).Towardscreativelearningspaces:re-thinkingthearchitectureofpost-compulsoryeducation.NewYork:Routledge.Boys,J.(2015).Buildingbetteruniversities:strategies,spaces,technologies.NewYork:Routledge.Ellis,R&P.Goodyear(Eds.)(Inpress),Spacesofteachingandlearning:integratingperspectivesonresearchandpractice.Dordrecht:Springer.Fisher,K.(Ed.)(2016).Thetranslationaldesignofschools:anevidence-basedapproachtoaligningpedagogyandlearningenvironments.Rotterdam:Sense.Imms,W.,Cleveland,B.,&Fisher,K.(Eds.).(2016).Evaluatinglearningenvironments:snapshotsofemergingissues,methodsandknowledge.Rotterdam:Sense.Temple,P.(Ed.)(2014).Thephysicaluniversity:contoursofspaceandplaceinhighereducation.AbingdonRoutledge.

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