MLOP Measurable Learningfaculty.washington.edu/brahmia/1707BrahmiaAAPT_MLOP.pdfElectric/Magnetic...
Transcript of MLOP Measurable Learningfaculty.washington.edu/brahmia/1707BrahmiaAAPT_MLOP.pdfElectric/Magnetic...
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MLOPMeasurableLearningObjectivesProject
SuzanneWhiteBrahmiaUniversityofWashington
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Collaborators
• RutgersUniversity– Chaz Ruggieri– EugeniaEtkina
• CornellUniversity– NatashaHolmes– EmilySmith
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Purpose
• Focusoncoursetransformation• Exampleofimplementation• Sampleofoutcomes
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Env
iron
men
ts I. Disseminating:CURRICULUM & PEDAGOGY Change Process: Tell/Teach individuals about new teaching conceptions and/or practices and encourage their use.
Diffusion & Implementation
II. Developing: REFLECTIVE TEACHERS Change Process: Encourage/Support individuals to develop new teaching conceptions and/or practices.
Scholarly Teaching & Faculty Learning Communities
Indi
vidu
als
III. Enacting:POLICY Change Process:Require/Encourage new teaching conceptions and/or practices.
Organizational Development
IV. Developing:SHARED VISION
Change Process: Empower/Support stakeholders to collectively develop new environmental features that encourage new teaching practices.
Learning Organizations
InstitutionalChangeStrategiesHendersonetal.(2011)
Prescribed Emergent
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Env
iron
men
ts I. Disseminating:CURRICULUM & PEDAGOGY Change Process: Tell/Teach individuals about new teaching conceptions and/or practices and encourage their use.
Diffusion & Implementation
II. Developing: REFLECTIVE TEACHERS Change Process: Encourage/Support individuals to develop new teaching conceptions and/or practices.
Scholarly Teaching & Faculty Learning Communities
Indi
vidu
als
III. Enacting:POLICY Change Process:Require/Encourage new teaching conceptions and/or practices.
Organizational Development
IV. Developing:SHARED VISION
Change Process: Empower/Support stakeholders to collectively develop new environmental features that encourage new teaching practices.
Learning Organizations
InstitutionalChangeStrategiesHendersonetal.(2011)
Prescribed Emergent
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Buildingonpriorwork
• ExistingLOsthathavegonethroughmultipleiterationsw/varietyoffaculty:mostlyfromUCBoulderandUBCSEIs
• Strongforsomeupperdivisionphysicscourses– broadfacultyinterest/creativeeffort
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FacultycollaborationcreatingLOs(LearningObjectives)
(Chasteen etal.2011)
• Focusonemergentintendedoutcomesratherthanprescribedintendedoutcomes
• Giveslanguageandvalidatesideasofbroadfacultygroup
• Resonanceofinstructionaleffort• Helpstogenerateasharedvision– catalyzecommunicationandunderstanding– provideaframeworkforsustainingpedagogicalandculturalchange
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UncharteredTerritory
• Consideringtheintroductorycoursesaspartofacoherentsequence,primarilyfornon-majorsSequencelevelobjectives
• Consideringmathematizationasanin-courseandacross-courseprogressionSequencelevelmappingofmathematization
• ExploringmethodsofmeasuringwhetherobjectiveshavebeenmetPragmaticanditerativedevelopmentofLOs
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IntroductoryPhysicsMeasurableLearningObjectives
• Consideringtheintroductorycoursesaspartofacoherentsequence,primarilyfornon-majorsSequencelevelobjectives
• Consideringmathematizationasanin-courseandacross-courseprogressionSequencelevelmappingofmathematization
• ExploringmethodsofmeasuringwhetherobjectiveshavebeenmetPragmaticanditerativedevelopmentofLOs
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IntroductoryPhysicsMeasurableLearningObjectives
• Consideringtheintroductorycoursesaspartofacoherentsequence,primarilyfornon-majorsSequencelevelobjectives
• Consideringmathematizationasanin-courseandacross-courseprogressionSequencelevelmappingofmathematization
• ExploringmethodsofmeasuringwhetherobjectiveshavebeenmetPragmaticanditerativedevelopmentofLOs
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StructureofLOs
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Source of current learning objectives (LOs)Source Intellectual Merit
NGSS Science Practices Carefully crafted; breadth of education and physicist expertiseAP Physics Practices – College Board
SEI Learning Objectives (UC Boulder and UBC)
PER developed or contributed, evidence-based objectives, measures
and recommendations
Scientific Abilities Rubrics (Rutgers) SCALE-UP (NCSU) AAPT Recommendations for Undergraduate Laboratory Curriculum 11
AAPT Report: Supporting LGBT+ Physicists and Best Practices Guide for Departments 4
ABET (Accreditation Board for Engineering and Technology) criteria
Accredits post-secondary education programs in "applied science, computing, engineering, and
engineering technology"
ATC21S – Assessment & Teaching of 21st century skills. (2009).
Study of the effectiveness of K-16 education at preparing students for the
STEM workplace (sponsored by Microsoft, Intel, Cisco)
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SequenceLevelLOs
Threemaincategories:• HM:– PhysicsHabitsofMind
• ML:– Understandingmodelsandtheirlimitsinphysics
• PW:– ProfessionalismandWorkplace
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HM:PhysicsHabitsofMind① TranslationBetweenPhysicalandSymbolicWorld:Developtheinclinationand
abilitytotranslatebetweenthephysicalandsymbolicworldsinanefforttoquantitativelyreasonabouthownatureworks.
② Reasoningwithphysicalquantities:Reasonabstractlyandquantitativelywithnewscalarandvectorquantities:makephysicalsenseofthequantitiesandmasteringtheirmathematicalstructures.
③ MultipleRepresentations:Createandtranslatebetweenmultiplerepresentationsofthesameconcept(eg,text,equations,graphs,diagrams).
④ ProblemArticulation:Articulatewhatitisthatneedstobesolvedinaparticularproblem,whatisknownandrepresentthemusinganon-verbalrepresentation.
⑤ Perseverance:Recognizethatwrongturnsarevaluableinlearningthematerial,recoverfrommistakes,andpersistinginworkingtothesolutionevenwhenthereisnoclearpathtotheendpoint.
⑥ Sensemakingwithquantity:Effectivelyuseunitreasoning,vectorandscalarnaturesandlimitingcasestomakesenseofanswers.
⑦ OrderofMagnitudeandReasonableness:Anticipatetheorderofmagnitudetojudgethereasonablenessofmeasurementsandcalculations.
⑧ Reasoningbasedonmathematicalstructure:Lookforandmakeuseofpatternsassociatedwithmathematicalstructuretoreasonacrosscontextsandscale.
⑨ RecognizingUncertainties:Beabletorecognizethatallmeasuredquantitieshaveinherentuncertainties.
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① Makingobservations:Formascientificquestion,designandcarryoutexperimentstolookforpatterns.
② Developingamodel:analyzeandinterpretdatawhileattendingtouncertaintyinmeasurementandconstructexplanationsbasedonpatternsinthedata.
③ Reasoningwithmathematicalmodels:Developandusemathematicalmodelsandexplanations,constructviablearguments,engageinargumentationfromevidenceandcritiquereasoningofothers.
④ Modellimitation: Articulateassumptionsmadewhenapplyingamodel,andtherangeoverwhichaparticularmodelisavaliddescriptionofnature.
⑤ Modeltesting: Designanexperimenttotestthemodelandmakeapredictionoftheoutcomebasedonit.
⑥ Scientificjudgment:analyzeandinterpretdatafromatestingexperimentwhileattendingtouncertainty,andmakeascientificjudgmentabouttheoutcome.
ML:Understandingmodelsandtheirlimitsinphysics
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PW:ProfessionalismandWorkplace① CollectiveIntelligence:Recognizingthetwofeaturesofhighcollective
intelligence,andmonitoringsocialclimatetooptimizethesefeatures(equitablespeakingturns,socialsensitivity).
② Collaboration:Abletoarticulateaffordancesthatagroupbringstoarrivingatacreativesolution,fulfillstherolesthatmakeupeffectivegroups
③ Inclusion:Demonstrateeffectivecommunicationskillsinthecontextofarecitationorlabgroupthatresultsinwhole-groupmeaningfulparticipation.
④ Communicatingphysics:Beabletocommunicatephysicsinwrittenandoralforms.
⑤ IndependentLearning: Recognizingandactingonconfusion:Beabletoarticulatespecificallythesourceofconfusionandtakingactiontomovebeyondthatdifficulty(e.g.,officehours,groupstudy)
⑥ SkepticismTowardConclusions:Recognizethatscientificconclusions–whetherfromanoutsidesourceorfromyourowncalculations– maybeincorrect,anddeveloptheabilitytochecktheseconclusionswithsimplecalculations,3rdpartyinformation,and/orcommonsense.
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IntroductoryPhysicsMeasurableLearningObjectives
• Consideringtheintroductorycoursesaspartofacoherentsequence,primarilyfornon-majorsSequencelevelobjectives
• Consideringmathematizationasanin-courseandacross-courseprogressionSequencelevelmappingofmathematization
• ExploringmethodsofmeasuringwhetherobjectiveshavebeenmetPragmaticanditerativedevelopmentofLOs
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MathematizationMatrix
• Mapsacross25topicsthatmakeupintroductoryphysics– 8mathematicalhabitsofmind– ~60mathematicalobjects
• Underdevelopment– canbeusedtosetMLOsandasatoolforsummativeassessment
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MathematizationMatrix:Excerpt
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IntroductoryPhysicsMeasurableLearningObjectives
• Consideringtheintroductorycoursesaspartofacoherentsequence,primarilyfornon-majorsSequencelevelobjectives
• Consideringmathematizationasanin-courseandacross-courseprogressionSequencelevelmappingofmathematization
• ExploringmethodsofmeasuringwhetherobjectiveshavebeenmetPragmaticanditerativedevelopmentofLOs
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Coursetransformationasaniterativeprocess
RefinementofLOs
Developmentofcoursecontentandstructure
AssessmentandReflection
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Pilot:Calculus-basedE&McourseatRutgers• Threemajorstructuralchangeswere– coursecontentdecisionreachedbyconsensus– collaborativegroupactivitiesreplacedinstructor-at-the-boardproblemsolvinginrecitation
– couplingofthelabandlecturecourse• Courseleadership:– threeseniorfacultymemberswhoextendedintoa4thyeartoparticipateinimprovingthecourse;
– 2stafflaboratorymanagementteam• Recitation/labmaterialswereinspiredbyordrawnfromresearch-validatedsources,andlocallyadaptedtoreachconsensus
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MLOsasCatalysttosustainedtransformationin2nd year
• priortotransformation– lecturedroveallcoursecontent
• typicalchangeoflecturereveryfewyearsleftcoursesdisjointed
• consensusaroundMLOshighlightedcentralrolelabactivitiesplayinmeetingMLOs
• Evidenceofeffectivenesscoupledtotheconsensus-drivenMLOs– sustainedtransformation(broaddepartmentalsupport)
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Mappingcourseactivitiesforthe1stweekofAnalyticalPhysicsIIA to
SequenceLevelLOs.
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Mappingcourseactivitiesforthe1stweekofAnalyticalPhysicsIIA to
SequenceLevelLOs.
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FormativeAssessment:ScientificAbilityRubrics
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SummativeAssessment:Historiccomparisons
• E-CLASS(ColoradoLearningAttitudesaboutScienceforExperimentalPhysics) Zwickl etal.2014– E-CLASSassessesstudentsviewsabouttheirstrategies,habitsofmind,andattitudeswhendoingexperimentsinlabclasses.
• Studentcourseevaluations:– numberandnatureoffreeresponse– Averagesonstandardlikert-scaleassessmentitems
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E-CLASSHistoricComparison
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SARubricsandE-CLASSasmeasuresofSequenceLOs
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Whatdoyoulikebestaboutthiscourse?
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Nearfutureresearchactivity• Mappingoutthemathematizationmatrix• Qualitativestudy(Rutgers,Cornell,UW)understandingfacultyperceptionsofvalueandinfluence
• Investigatingformativeandsummativemethodsofassessingwhethergoalshavebeenmet(inlab,lecture,andrecitationportionsofcourse)
• impact ofanMLOP-centeredcourseonstudentlearningandlearningculture
• PhysPort:DesigningwebinterfaceforeasynavigationthroughandselectionofpersonalizedLOs
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Relatedpresentationsatthismeeting
• MoredetailsabouttheprocessofdevelopingsharedvisioninthecontextofE&M
• CharlesRuggieri• Newlaboratoryassessmentinstrumentalignedwithcriticalthinkinglaboratorylearningobjectives
• KatherineQuinnNatasha’sstudentPLIC• Moredetailonrestuls ofimplementationinthecontextofacourse+lab transformations
• DebbieAndres&Chaz Ruggieri poster
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Electric/MagneticForce:ApplyCoulomb’sLaw,Biot Savart andAmpere’slawandthesuperpositionprincipletofindthenetforceduetoadistributionofcharges/currents.Electric/MagneticFields:ArticulatewaysthatscalarandvectorfieldsexistinspaceandcanbeusedtoexplaininteractionsElectricPotentialEnergy:Compareandcontrasttheelectricpotentialenergywithgravitationalpotentialenergy.DemonstrateunderstandingofElectricPotential:GiveaconceptualdescriptionofVanditsrelationshiptoenergyanddescribetherelationshipbetweenVandtheEMFinacircuit.Maxwell’sEquations:ArticulateMaxwell’sequationsinwords,andarguethattheyareacompletemathematicaldescriptionofelectricandmagneticphenomenaandtherelationshipbetweenthetwo.SophisticatedQuantitiesinE&M: SpontaneouslyreasonwithvectorandscalararithmeticappropriatelyinthecontextofEMquantities,andunderstandtheroleof+/- signs,SophisticatedCalculationsinE&M: Exploitsymmetriestoperformcalculationsthatinvolvepathandsurfaceintegrals.SophisticatedRepresentationsinE&M: Representvectorandscalarfieldsusingfieldlinesandequipotentiallines,createanddescribespatialgraphsoffieldandpotential,andtemporalgraphsofcurrent,voltageandcharge,Poynting vectors,spatialgraphsofEMwaves
CourseLevelLOsExampleIntroE&M:TheoryandReasoning
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Electric/MagneticFieldCalculations:CalculatetheelectricfieldusingCoulomb’slaw,usingGauss’slaw,andfromtheelectricpotential,andmagneticfieldfromAmpere’slaw.
Materialproperties: Describetheinteractionofmatterwithelectricfields,magneticfieldsandEMwaves
Circuits: Demonstratethroughwordsandcalculationstheconservationofchargeandenergyinthecontextofelectriccircuits,andmodelthetimedependenceofthechargeonacapacitor,andthecurrentthrougharesistorinanRLandLCcircuit.
Circuitmeasurementsandcalculations: Constructsimplecircuits,demonstrateabilitytomeasurecurrentandvoltageandusingamultimeter,calculateequivalentcapacitanceandresistancefrommeasuredquantities
ApplicationofMaxwell’sEquations: ExplainthephysicsbehindhowanACtoACtransformerworks.
CourseLevelLOsExampleIntroE&M:Application
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Situatingthisproject
• Expandsonearlierwork• EstablishescoherentsetofMLOPacrosstheintroductorysequence
• Alignswith(sitecurrentreportshere)• Designedto:– Provideafoundation,notaprescription– Editableandmodulartofacilitatelocaladoptionandemphases
– Providemethodologyforassessment,orindicateareasofneedinthisregardifnothingexists
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UnitLevelLOsExampleIntroE&M:
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Pilot• Calculus-basedE&McourseatRutgers• Threemajorstructuralchangeswere
– coursecontentdecisionreachedbyconsensus– collaborativegroupactivitiesreplacedinstructor-at-the-boardproblem
solvinginrecitation– couplingofthelabandlecturecourse
• Courseleadership:– threeseniorfacultymemberswhoextendedintoa4th yearto
participateinimprovingthecourse;– laboratorymanagementteamoftwostaffmembers
• Recitationactivitiesdevelopedinconjunction/byconsensuswithPERfaculty
• Materialsweredrawnfrom:– UWTutorials,– *ActiveLearningGuide– ISLElabs– locallydeveloped
*ancillaryofCollegePhysics,Etkina,GentileandVanHeuvelen
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InstructionalChangeStrategiesFairweather (2009)
ImprovingTeaching:• Identifyeffectiveresearch-basedinstructionstrategiestoimprovestudent
learning• Improvementbasedonagreementbetweeninstructorpracticeandtarget
practice(e.g.clickers)
Improvingstudentlearning:• Defineslearninggoalsanddeviseswaystomeasurebasedonthosegoals.• Improvementbasedonimprovementinmeasuresofstudentlearning.
Improvingstudentproductivity:• Identifiesleastexpensive/easiestwaytoattaingreatestincreaseinstudent
learningacrossprogram• Improvementoftenbasedontheeliminationofleasteffectivepractices(e.g.
goingfromtraditionaltocollaborativerecitationsections.)
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InstructionalChangeStrategiesFairweather (2009)
ImprovingTeaching:• Identifyeffectiveresearch-basedinstructionstrategiestoimprovestudent
learning• Improvementbasedonagreementbetweeninstructorpracticeandtarget
practice(e.g.clickers)
Improvingstudentlearning:• Defineslearninggoalsanddeviseswaystomeasurebasedonthosegoals.• Improvementbasedonimprovementinmeasuresofstudentlearning.
Improvingstudentproductivity:• Identifiesleastexpensive/easiestwaytoattaingreatestincreaseinstudent
learningacrossprogram• Improvementoftenbasedontheeliminationofleasteffectivepractices(e.g.
goingfromtraditionaltocollaborativerecitationsections.)
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InstitutionalChangeStrategies