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8/7/2019 AERA2010-Tech_as_risk
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AERA2010Commentarypaper
SIGComputerandInternetApplicationsinEducation 1
Whatmakestechnologyrisky?: Anexplorationofteachers
perceivedriskinthecontextoftechnologyintegration
SarahK.HowardUniversityofWollongong
sarah_howard@uow.edu.au
This paper presents an exploration of teachers perceptions of risks related to
technology integration in teaching. As teachers implement new teaching
practices they take risks. Developing an understanding of teachers perceived
risks related to technology integration could help make technologyrelated
change initiatives more effective. Data on teachers risk perceptions was
collected over one year in the United States and Australia through a mixed
methods design. It was found that teachers perceived similar risks when
considering technology integration, but that these risk perceptions varied in
intensity depending on teachers beliefs regarding technologys role in teaching
and their conception of quality teaching. This trend suggests implications for
targetedtechnologyintegrationchangeinitiativesandrelatedteachertraining.
PurposeAstechnologyuseinthewidercommunitygrows,teachersandschoolsareexpectedtoprepare
studentsforfuturecareersusingtechnology(Ertmer,2005;Hargreaves,2009).Whenteachersleave
proventeachingpracticesfornewmethods,theyaretakingrisks.Thisstudyexploredteachersrisks
perceptionsassociatedwithintegratingtechnologyintheclassroom.Inthelanguageofteachers,
phrasessimilartothestudentswontbenefitanditsnotworththeeffortwereoftenemployed
to
explain
why
they
do
not
use
technology
in
the
classroom.
The
concepts
worth
and
benefit
relatetothebalancingofgainsandlosesinanindividualsriskassessment.Thesetypesof
statementssuggeststudentlearningandtheteacherstimeandeffortareperceivedtobeatrisk
whenintegratingtechnology.Researchhasshownperceivedriskstobesystematicandpredictable
whenexaminingriskmanagementandrelatedcontroversies(Slovic,2000),suchaschange
initiatives.
TheoreticalframeworkResearchhasdefinedriskasthepossibilityofunwantedevents,(Rohrmann&Renn,2000,p.14).
Individualstakeriskswhentheyfeelfavourabletowardanitemorevent(Finucane,Alhakami,Slovic,
&Johnson,2000;Slovic,Finucane,Peters,&McGregor,2004).Thispreferencehaslittletodowith
theactualrisk;itisaboutperceivedpotentialbenefit.Whatisconsideredapositiveornegativerisk
outcomeisdeterminedbyanindividualsvaluesandbeliefs(Slovic,2000;Slovic,etal.,2004;Yates&
Stone,1992).Researchhasshownthatteachersvalue,andderiveselfworththrough,student
learning(Darby,2008;Hargreaves,1998).
Pelgrums(2001,p.173)SecondInformationTechnologyinEducationStudy(SITES)identified
severalobstaclesperceivedbyteacherswhenplanningtointegratetechnologyintotheirteaching.
Thetopthreeobstaclesidentifiedwere:
1) Insufficientnumberofcomputers
2) Teacherlackofknowledge/skills
3) Difficulttointegrateintoinstruction
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Teachersperceptionsofbarriersorrisksassociatedwithtechnologyintegrationarerootedin
individualssocialknowledge,pastexperiences,andvalues.Whenteachersconsiderchangingtheir
practicetointegratetechnology,theywillbasedecisionsontheirperceivedvalueoftechnology,the
roleoftechnologyinteaching(Ertmer,2005),aswellaspastexperiencesusingtechnology(Todman
&Drysdale,2004).Perceivedrisksmustbeidentifiedtoassessrisktakingbehaviours(Vose,2008).
Educationalresearchhascitedaneedforteacherstoberisktakersandtakerisks(e.g.Ertmer,2005;
Hargreaves,2009);butwhattheserisksarewhatisperceivedtobeariskremainsunidentified.
DatacollectionPriorresearchexaminingriskperceptionshastypicallyutilizedpsychometricmodels,buttheanalysis
tendstoaggregateoverindividualdifferences(Slimak&Dietz,2006).Therefore,togatherdetailed
dataonindividualsriskperceptions,thisstudyemployedatwophasemixedmethodsdesign.Phase
1wasadescriptivecrosssectionalsurveyquestionnaire,givingaveragemeansofteachersrisk
takingpotentialonfourindicators:teachingefficacy(TE;Lee,Dedrick,&Smith,1991),computer
efficacy(CE;Compeau&Higgins,1995),playfulness&anxiety(Play&Anx;Heinssen,Glass,&Knight,
1987),andschoolculture(SCu;Moles,1988).Themeasureswereaveragedtocreatetherisktaking
potentialscale(RTPS)score(seeTable1).Participantsinthisphasewereapurposivesample
identifiedthroughtheIntelTeachprograminAustraliaandFlorida(USA),aswellasFloridaState
UniversityandtheNewSouthWalesDepartmentofEducationandTraining.Usingasnowball
method,schoolswereidentifiedandaskedtoparticipateinPhase1untilenoughresponseswere
gathered.
Phase2wasaconstantcomparisoncasestudyincludingtwoschools,fourteachersateachschool,
totallingeightteachers.TheschoolswerechosenfromthePhase1samplebasedontheir
participationintheIntelTeachprogram.Teacherswerethenidentifiedintheschoolbytheirhighor
lowRTPSscores.Theselectedteacherswhoagreedtoparticipateinthestudycompletedthree
interviewsandthreeclassroomobservationsbetweenApril2007andMarch2008.Interview
excerptsillustratingteacherstechnologyintegrationrelatedriskperceptionsandwereusedto
validatequestionnaireresults.Interviewandobservationdataweremembercheckedandvalidated
ineachroundofcollectioninPhase2.
Phase1resultsIntotal,136participantscompletedthequestionnaire:51Australianteachers,40teachersfromthe
UnitedStates,and45NewSouthWalestechnologycoordinators1.Datacollectedfromtechnology
coordinatorswasincludedinthereliabilityanalysis,butnotparticipantselection;theirCEand
Play&Anxscoresweresignificantlyhigherthantheteachers.Kline(1999)states,goodreliabilityhas
analphaofover.7.TheRTPquestionnaire(45questions)wasfoundtohavepossessedadequate
reliability(alpha=.74).Internalmeasurereliabilityallowedfurtheranalysisbasedontheindicators(allalpha>.7).
Fromthe91participatingteachers,eightcasestudyparticipantswereselectedfromtworural
schoolsparticipatingintheIntelTeachprogram:EastMiddleSchool(EMS)inFloridaandNorthHigh
School(NHS)inNewSouthWales.TheeightPhase2teachersaveragedindicatormeansdidnot
provetobestatisticallysignificantlydifferentfromthelargersample(p>.05;seeTable1).
Therefore,thePhase2participantswererepresentativeofthelargersampleinthisstudy.Thisdoes
notmeanthatresultsweregeneralizabletothelargerteachingpopulation.
1TechnologycoordinatorsinNSWwouldtypicallyhaveresponsibility overtechnologyprogramsintegrating
technologyinschools,buttheywerenotITsystemadministrators.
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Table1
DemographicdataonPhase2participants
Yearsteaching Curriculumarea TEa SCu CE
b Play&
Anxc
RTPSd
LRB
Florida
Kerry
16
20
Career
Planning
4.00
4.45
2.60
2.51
3.39
LRB NSW Judith 20+ Maths 4.17 3.91 2.80 2.67 3.39
LRB Florida Kelly 1115 Reading 4.33 3.91 2.00 3.52 3.44
LRB NSW Simon 20+ English 3.67 4.45 2.50 3.20 3.45
MRB Florida Beau 12 WorldCivics 4.00 3.55 4.00 4.00 3.89
MRB NSW Elizabeth 1115 ESE** 4.83 3.55 4.60 3.94 4.23
MRB Florida Danielle 35 ESE 4.83 4.00 4.50 3.63 4.24
MRB NSW Molly 68 Science 4.50 4.55 4.60 4.27 4.48a The teaching-efficacy, and school culture measures used a 5-point Likert-type scale ranging from 1 = strongly disagree to 5 = strongly agree.
b The computer-efficacy measure was a 6- point Likert-type scale ranging from 0 = couldnt do that to 5 = totally confident.
c Playfulness and anxiety measures were combined and averaged to create the Play&Anx indicator. The calculated scores are 1 = less likely to show
playfulness to 5 = more likely to show playfulness.
d RTPS is a five-point scale, 1 = less risk-taking behaviours (LRB), and 5 = more risk-taking behaviours (MRB).
**Exceptional Student Education (Special Education)
Molly,Elizabeth,Danielle,andBeau,wereidentifiedaspotentiallyshowingmorerisktaking
behaviour(MRB).Kelly,Simon,Kerry,andJudithwereclassifiedaspotentiallyshowinglessrisk
takingbehaviour(LRB).Participantsindividualriskperceptionsregardingteaching,technology,and
schoolculturearepresentedinthefollowingsection.
Phase2resultsThefollowingdiscussionpresentsexcerptsfromteachersPhase2interviews.Teacherscomments
illustratevaluesandbeliefsrelatingtoriskperceptionsandtheRTPindicators.
PerceivedrisksFindingsshowthattheoverarchingculturalvalueperceivedbyteachers,andthereforethemain
areaofriskperceivedinrelationtotechnologyintegration,wasstudentlearning.Thisfindingis
consistentwithresearchidentifyingthatteachersvalueandderiveselfworththroughstudents
achievement(Darby,2008;A.Hargreaves,1998).Teachersidentifiedseveralrisksthatthey
perceivedwouldthreatenstudentlearning,whenintegratingtechnologyintoteaching:
Howtechnologysupportsnotionsofeffectiveandqualityteaching
Lossofclassroomcontrol
Time:lostinstructiontimeandlessonpreparationtime
Fulfillingculturalexpectations
Phase2teachersexpresseddifferentconceptionsofqualityteachingandstudentlearning.TheMRB
teachersdiscussedteachingintermsofaccommodatingdifferentlearningstylesandenriching
studentsexperiences.TheLRBteachersdiscussedteachinggoalsintermsofgradelevel
expectationsandtestscores.Further,MRBteachersfeltthattechnologysupportedqualityteaching
andstudentlearning;generally,LRBteachersdidnotsharethisbelief.Thefollowingsectionswill
brieflypresentexcerptsfromJudithandDaniellesinterviews,whowerebothteachingbetween
grades68Mathsatthetimeofthestudy.Theircommentsillustratesomeofthedifferences
betweenMRBandLRBteachersconceptionsofteachingandtechnology.
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TeachingandtechnologyInthecontextoftechnologyintegration,twosetsofvalueswillinfluenceteachersdecisions:
teachingandtechnology(Ertmer,2005).Interviewexcerptsshowhowteachersconceptionsof
studentlearningandqualityteaching(i.e.,testscoresvs.studentexperience)influencetheirchoice
to
integrate
technology:
there[is]differentpackagesthatwecanshowkidsdifferentgraphsIreallycant
seethebenefitofthat,wheninanexamtheyhavetowriteagraphandanalyzeI
dontseethetimetakenupbythatasbeingabenefit.Judith,LRB,Interview3
Iwouldliketoimplementanything[technology]thatisgoingtoworktohelp
thesekidslearn.Ifsomeonecameupwithanewsomethingandsaid,thisisthebest
thingever,Idsay,okayletmetryit.AllthehelpIcanget. Danielle,MRB,
Interview1
Judithdidnotfeelstudentswouldbenefitfromintegratingtechnologyintoherteaching,while
Daniellewaswillingtoadoptanythingthatshefeltwouldhelpthestudentslearn.Daniellefelt
thattechnologycouldhelpherstudentslearn;therefore,shewasopentoexperimentingwithnew
toolsandteachingstrategies.
Further,observationsrevealed,andvalidatedthroughtheinterviews,thattheLRBteachers
generallyusedteachercentredmethodsintheclassroom.Judithfeltthatthewayshetaught
workedforstudents,soshedidnotseeanyreasontochangeherpractice.MRBteacherstended
touseacombinationofstudentandteachercentredmethodsandgroupworkintheirteaching.
Again,asstatedbyDanielle,theyweremorellikelytoexperiencewithnewteachingstrategiesand
methodsinanefforttoimprovestudentlearning.
TimeandexpectationsMRBteachersweremorelikelytobelievethatcosts(risks),suchaslossofclassroomcontrol,were
worththebenefitofimprovedstudentexperienceandlearning.LRBteachersweremorelikelyto
feelthattechnologyintegrationwasnotworththecostofeffortortime(risk),believingthatit
wouldnotbenefitstudentlearning.
Forexample,Danielletypicallyrotatedherstudentsbetweenseverallearningstations.Oneofthe
stationswasusingamathsgameondesktopcomputers,andasecondstationwasusinglearning
softwareonSonyPlaystations. Shefeltthebenefitofusingtechnologywasworththeextraeffort
andtime:
totransitionfromawholemath[maths]classtolittlegroups[tousecomputers]
theywerealittlemorechaotic,buttheyjustgetintheirseatsandcalmdown,and
getrefocused.Itworks.Imokaywiththat.Idogolikethissometimes(hideeyes).
Danielle,MRB,Interview2
Judithfelttherewasmorepressuretousecomputerskillsandintegratetechnology(Interview1),
butshefelttheexpectationtocoverMathscurriculumwasmoreimportant:
Iftherewasmoretimeinthecourse,maybeIwoulddosomethinglikethat[use
graphingsoftware],butthereisnt.Itstoughtogetthroughthecourseasis,soI
dontseethetimetakenupbythatasbeingabenefit.Judith,LRB,Interview3
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Judithdidnotbelievethattechnologysupportedstudentlearning,soitwasnotworththecostof
instructiontime.Sheidentifiedthattechnologyintegrationwasbecominganexpectationin
teaching,butshefeltexpectationsrelatedtohercurriculumareaweremoreimportant.Danielledid
believethattechnologywasworththetimebecausethestudentswouldbenefitfromthelearning
experience.TheotherMRBandLRBteachersexpressedbeliefssimilartoDanielleandJudith.
DiscussionWhileteachersperceivedsimilarrisks(studentlearning,effort,andtime),theirrisktaking
behavioursintheirteachingwerequitedifferent.Variationsinbehaviourswerestronglyrelatedto
theteachersconceptionsofqualityteachingandstudentlearning.Daniellewaswillingto
experimentwithherteachinginanefforttoimprovestudentengagementandlearningexperience.
Herbeliefsaboutteachingincludedtryingnewstrategiestohelpstudentslearning,whichincluded
technologytoolsandsmallgroupwork.Herconceptionofteachingandtechnologywereclosely
aligned.Therefore,sheperceivedabenefitfromtheuseoftechnologyanditwaslessofariskinher
teaching.JudithdidnotfeeltechnologysupportedherconceptionofMathsteaching.Forher,
technologyintegrationwasnotworththetimeandeffortandshefeltherteachingpracticewas
alreadyeffective.ForJudith,thecostoftimeandeffortwasarisk,becauseshedidnotperceivethat
studentswouldbenefitfromtechnologyintegration.
TheteachersinterviewstatementswereconsistentwiththeirRTPSscores,whichpredictedthat
Judithwouldbelesslikelytotakerisksintheclassroom(seeTable1).Findingswerealsoconsistent
withpriorresearchidentifyingrelationshipsbetweenteachersopennesstochangeandtechnology
integrationintheclassroom(e.g.,Baylor&Ritchie,2002;Subramaniam,2007).Teachersrisk
perceptionsandrisktakingbehavioursarealsoconsistentwithresearchidentifyingthat,formany
teachers,teachingandtechnologyrepresentdifferentsetsofvalues(e.g.,Ertmer,2005).While
thesefindingsareconsistentwithpriorresearch,thesetypesoffindingshavenotbeenanlyzedin
relationtoperceivedrisksorrisktakingbehaviour.
ConclusionsThispaperhaspresentedashortoverviewofteachersperceivedrisksinthecontextoftechnology
integrationinteaching.Themainriskperceivedintechnologyintegrationwasrelatedtostudent
learning.Specificrisksperceivedtoaffectstudentlearningwere:howtechnologysupported
teachersnotionsofqualityteaching;lossoftimeandclassroomcontrol;andmeetingcultural
expectations.Throughtheidentificationofteachersriskperceptions,andthusabetter
understandingoftheirvaluesandbeliefs,schoolswillbeabletobettersupportteachersasthey
experimentwithtechnologyintegration.Riskanalysisstartswithriskidentification(Vose,2008,p.
5).Whenriskshavebeenidentified,betterinformeddecisionscanbemadeinchangerelated
situations.
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