Physics Course Planning 2012

SchoolofPhysicsStudentCoursePlanning 1

StudentCoursePlanningfor2012

ContentsBachelorofSciencedegreerequirements..............................................................................................2 PhysicsrelatedMajorsinBachelorofScience.......................................................................................3 MasterofScience(Physics).....................................................................................................................4 MinimumrequirementsforaPhysicsrelatedMajor.............................................................................5 LeavingaMajorinPhysics,MechanicalSystemsorElectricalSystemsopentotheendof2ndyear.....8 DiplomainMathematicalSciences.......................................................................................................10 Onlineresources...................................................................................................................................13 ListofSubjectcodes..............................................................................................................................14


BachelorofSciencedegreerequirementsToqualifyforaBachelorofSciencedegree,studentsmusthave:

225pointsofSciencesubjectsand75pointsofbreadth(seebelow),spreadover3years Science:

o Atleast62.5points(equivalentto5subjects)atlevel1o Atleast62.5pointsatlevel2o Atleast75pointsatlevel3,including50pointsmakingupaScienceMajor

Nomorethan37.5pointsfromanysingleareaofSciencestudyatlevel1NotethatPhysicsisadifferentareaofstudyfromMathematicsandStatistics.

Nomorethan125pointsmaybetakenintotalatlevel1Breadthrequirements:

Atleast50points,andmaximum75points,ofbreadthoverthedegree Amaximumof37.5pointsofbreadthatlevel1 25pointsmaybetakenfromeithercoreorbreadthsubjects

i.e.of75breadthpoints,50mustbebreadthsubjectsbuttheremaining25canbebreadthorcoreSciencesubjects.


PhysicsrelatedMajorsinBachelorofScienceAMajorconsistsof50pointstakenatlevel3:PhysicsMajor(Physicsspecialisation)

QuantumPhysics Atleastoneof:ElectrodynamicsORStatisticalPhysics Atleastoneof:ComputationalPhysics,LaboratoryA,LaboratoryB Ifafourthsubjectisrequired(tomakeup50points),oneof:SubatomicPhysics,

Astrophysics,QuantumSystemsPhysicsMajor(ChemicalPhysicsspecialisation)

QuantumPhysics Atleastoneof:ElectrodynamicsORStatisticalPhysics ReactivityandMechanism SpecialisedTopicsinChemistryB

MathematicalPhysicsMajor QuantumPhysics Atleastoneof:ElectrodynamicsORStatisticalPhysics ComplexAnalysis Atleastoneof:MetricandHilbertSpacesORPartialDifferentialEquations


MasterofScience(Physics)Studentsmustcomplete200points(2years),comprising:

87.5pointsofDisciplinesubjects a12.5pointProfessionalToolssubject a100pointResearchProject

StudentsmaytakeatmostTWOlevel3subjectsinsteadofDisciplinesubjects.ItiscompulsorytotakeElectrodynamicsorStatisticalPhysicsifeitherofthesehasnotbeencompletedatundergraduatelevel.Formoreinformation,seetheUniversityHandbook.EntrytoMasterofScience(Physics)

RequiresaBachelordegreewithaMajorinanappropriatediscipline(e.g.anyofthephysicsrelatedMajorsdetailedabove)withatleastanH3(65%)averageintheMajororequivalent.

StudentsarestronglyencouragedtotakeBOTHElectrodynamicsANDStatisticalPhysicsatlevel3,sinceeitherofthesesubjectscancounttowardscalculatingtheaveragemarkintheMajorinconsideringentryintotheM.Sc.Inaddition,anystudentwhohasnottakenbothofthesesubjectswillberequiredtocompletethemissingsubjectduringtheMastersdegree.

StudentscompletingaPhysicsMajor(PhysicsSpecialisation)shouldconsidertakingmorethantheminimumnumberoflevel3PhysicssubjectsrequiredfortheMajor,inordertomaximisetheiraveragemarkforentryintoMasters,andtomaximisetheirknowledgebaseinpreparationfortheMastersdegree.


MinimumrequirementsforaPhysicsrelatedMajorThefollowingexamplecourseplansshowtheminimumrequirementstoobtaineachrelevantMajor.Allspecificallylistedlevel1andlevel2subjectsareprerequisitesforsubjectstobetakenlaterinthedegree(whicharealsolisted).StudentsareadvisedNOTtodothebareminimum,buttosupplementthesubjectsthatarerequiredfortheirchosenMajorwithotherPhysicsand/orMathematicssubjects.ThisisparticularlythecaseforstudentswhoareconsideringcontinuingontoaMasterofScience.StudentsundertakingaMasterofScience(Physics)willfindadditionalundergraduatePhysicsandMathematicssubjectsespeciallylevel3subjectstobeusefulfortheirfurtherstudies.FurtherimportantinformationonPhysicsandMathematicssubjectoptionscanbefoundbelowthecourseplans.NotethatBreadthandOthersciencesubjectscanbemovedfromoneyeartoanotheriffurtherflexibilityisrequired,providedthattherequirementsoftheBachelorofSciencedegreeandtheBreadthrequirementsaremetovertheentiredegree.Colourkeyfortablesbelow:Sciencesubjectsprerequisitesforlatersubjects OthersciencecanbeadditionalPhysicsor

Mathssubjects,orsubjectsfromanyotherSciencedisciplinearea

SubjectsformingpartofaMajor50pointsatlevel3

Breadthsubjects50pointsbreadth+25pointsofbreadthorcoresubjects

Examplecourseplan:PhysicsMajorPhysicsspecialisationYear Sem Subject Subject Subject Subject1 1 Physics1 Otherscience Calculus2 Breadth2 Physics2 Otherscience LinearAlgebra Breadth

21 QuantumMechanicsandSpecialRelativity

ThermalandClassicalPhysics VectorCalculus Breadth

2 ElectromagnetismandOptics OtherscienceRealAnalysiswith

Applications Breadth

31 QuantumPhysics ElectrodynamicsOR

LaboratoryAOR

Coreorbreadth

2 Otherscience StatisticalPhysicsComputational

PhysicsOR

LaboratoryBCoreorbreadth

Notes: StudentsmusttakeatleastoneofElectrodynamicsORStatisticalPhysics,plusatleastoneof

LaboratoryA,LaboratoryBORComputationalPhysics.StudentswhoplantoenrolinaMasterofScience(Physics)areadvisedtotakeBOTHElectrodynamicsANDStatisticalPhysics.

Studentsmusttake50pointsatlevel3inPhysicsforaPhysicsSpecialisation.Ifafourthsubjectisrequired,anyofthefollowingsubjectscanbetaken:Electrodynamics,StatisticalPhysics,LaboratoryA,LaboratoryB,ComputationalPhysics,Astrophysics(semester1),SubAtomicPhysics(semester2),QuantumSystems(semester2).


Examplecourseplan:PhysicsMajorMathematicalPhysicsspecialisationYear Sem Subject Subject Subject Subject1 1 Physics1 Otherscience Calculus2 Breadth2 Physics2 Otherscience LinearAlgebra Breadth

21 QuantumMechanicsandSpecialRelativity

ThermalandClassicalPhysics VectorCalculus Breadth

2 ElectromagnetismandOpticsRealAnalysiswith

ApplicationsGroupTheoryandLinearAlgebra Breadth

3

1 QuantumPhysics ElectrodynamicsOR ComplexAnalysisCoreorbreadth

2 Otherscience StatisticalPhysicsMetricandHilbert

SpacesOR

PartialDifferentialEquations

Coreorbreadth

Notes: StudentsmusttakeatleastoneofElectrodynamicsORStatisticalPhysics.Studentswhoplan

toenrolinaMasterofScience(Physics)areadvisedtotakeBOTHElectrodynamicsANDStatisticalPhysics.

GroupTheoryandLinearAlgebraisaprerequisiteforMetricandHilbertSpaces.StudentswhodonotplantotakeMetricandHilbertSpacesdonotneedtotakeGroupTheoryandLinearAlgebra.StudentswhoDOwishtotakeGroupTheoryandLinearAlgebramustcompleteRealAnalysiswithApplicationsinfirstsemester(insteadofinsecondsemesterasindicated)unlesstheyhavealreadycompletedAcceleratedMathematics2.

Examplecourseplan:PhysicsMajorChemicalPhysicsspecialisationYear Sem Subject Subject Subject Subject1 1 Physics1 Breadth Calculus2 Chemistry1 2 Physics2 Breadth LinearAlgebra Chemistry22 1 QuantumMechanicsandSpecialRelativity

ThermalandClassicalPhysics VectorCalculus

ReactionsandSynthesis

2 ElectromagnetismandOptics BreadthRealAnalysiswith

ApplicationsStructureandProperties

3 1 QuantumPhysics ElectrodynamicsOR BreadthReactivityandMechanism

2 Coreorbreadth StatisticalPhysics Coreorbreadth

SpecialisedTopicsin

ChemistryBNote:

StudentsmusttakeatleastoneofElectrodynamicsORStatisticalPhysics.StudentswhoplantoenrolinaMasterofScience(Physics)areadvisedtotakeBOTH.


GeneralNotesonPhysicssubjectsFirstyear

Studentswhogainedascoreofatleast35inbothVCEUnits3/4PhysicsandVCEUnits3/4SpecialistMathematicsshouldtakePhysics1:Advanced

StudentswhostudiedbothVCEUnits3/4PhysicsandVCEUnits3/4SpecialistMathematicsandgainedascoreoflessthan35ineithersubjectshouldtakePhysics1

StudentswhostudiedVCEUnits3/4PhysicswithoutSpecialistMathematicsshouldtakePhysics1,togetherwithCalculus1(seeGeneralNotesonMathematicssubjects,below)

StudentswhohavestudiedVCEUnits3/4MathematicalMethodsandsomePhysics(butnotVCEUnits3/4Physics)shouldtakePhysics1:Fundamentals

Secondyear ThermalandClassicalPhysicsmaybepostponedtothirdyearandtakenconcurrentlywith

QuantumPhysics(forwhichitisacorequisite) VectorCalculusmaybetakenconcurrentlywithElectromagnetismandOpticsinsemester2

GeneralNotesonMathematicssubjects ManyoftheMathematicssubjects,particularlyatlevels1and2,aretaughtinboth

semesters1and2;afewarealsotaughtintheSummersemester.Ifmoreflexibilityisrequiredtofitinwithothersubjects,itispossibletotake,say,bothVectorCalculusandRealAnalysisinthesamesemester(eithersemester1orsemester2)insecondyear.

Firstyear StudentswhocompletedUMEPMathsinVCEshouldreplaceLinearAlgebrawith

AcceleratedMathematics2.ThesestudentsdonotneedtocompleteCalculus2,providedtheyachievedarawscoreofatleast38inVCEUnits3/4SpecialistMathematics.

Studentswhoscoredatleast38inVCE3/4SpecialistMathematicsshouldreplaceCalculus2andLinearAlgebrawithAcceleratedMathematics1andAcceleratedMathematics2.

StudentswhodidnotcompleteSpecialistMathematicsinVCEandwhoattainedascoreofatleast25inVCEUnits3/4MathematicalMethodsshouldtakeCalculus1infirstsemester,thenbothLinearAlgebraandCalculus2insecondsemester.

StudentswhostudiedonlyVCE1/2MathematicalMethods,orwhoscoredlessthan25inVCE3/4MathematicalMethodsshouldtakeIntroductiontoMathematicsinsemester1andCalculus1insemester2.LinearAlgebracanbetakenintheSummersemesterfollowingfirstyear.However,thesestudentsstillneedtotakeCalculus2tosatisfytheprerequisitesforlevel2Physicssubjects.AMajorinPhysicsmaybedifficulttoachieveinthreeyears.

Secondyear StudentswhohavestudiedAcceleratedMathematics2infirstyeardonotneedtoenrolin

RealAnalysiswithApplications.TheystillneedtotakeVectorCalculus. RealAnalysiswithApplicationsandVectorCalculusarebothtaughtinbothsemesters.

VectorCalculusmaybetakenconcurrentlywithElectromagnetismandOptics.


LeavingaMajorinPhysics,MechanicalSystemsorElectricalSystemsopentotheendof2ndyear

ThefollowingexamplecourseplanisforstudentswhoarenotsurewhethertheywanttoMajorinPhysics,MechanicalSystemsorElectricalSystems,andwhowanttokeeptheiroptionsopen.Year Sem Subject Subject Subject Subject

11 EngineeringSystemsDesign1 Calculus2 Physics1 Breadth2 EngineeringSystemsDesign2 LinearAlgebra Physics2 Breadth

21 Engineeringcomputation RealAnalysis

QuantumMechanicsandSpecialRelativity

EngineeringMechanics

2 FoundationsofElectricalNetworks VectorCalculusElectromagnetism

andOptics BreadthNotes:

TheGeneralNotesonPhysicssubjectsandGeneralNotesonMathematicssubjects,above,alsoapplyhere.

EngineeringMechanicsisaprerequisiteforamajorinMechanicalSystems,butisnotrequiredforaMajorinElectricalSystems.EngineeringMechanicscanbetakenineithersemester1or2,orinsummer.

EngineeringComputationandFoundationsofElectricalNetworksareprerequisitesforaMajorinElectricalSystems,butarenotrequiredforMechanicalSystems.EngineeringComputationmaybetakenineithersemester1or2,orcanbepostponeduntilthirdyear,whereitcanbetakentogetherwithSignalsandSystems.

StudentswhowanttoleaveopentheoptionofaMajorinPhysicsandeitherMechanicalSystemsORElectricalSystems(butnotboth)maywishtotakeThermalandClassicalPhysicsinsemester1ofsecondyear.Itispossible,however,totakeThermalandClassicalPhysicsinthirdyearifastudentdecidestopursueamajorinPhysics.

Anotherlevel2mathematicsoptionistoenrolinEngineeringMathematics(firstsemester).StudentscannotgaincreditforbothEngineeringMathematicsandVectorCalculus.EngineeringMathematicssatisfiestheprerequisitesforlevel3MechanicalSystemsandElectricalSystemssubjects.Alternatively,studentswhowanttomajorinMechanicalSystemsorElectricalSystemscandoVectorCalculuswithoutRealAnalysis,thentakeDifferentialEquationsforEngineersinthefirstsemesterofthirdyear.However,Level3PhysicssubjectscurrentlyrequireRealAnalysisandVectorCalculusasprerequisites,sothebestoptionforthosewhowanttokeeptheoptionofmajorinPhysicsopenistodobothVectorCalculusANDRealAnalysiswithApplications(andnotEngineeringMathematics).[ThisiscurrentlyunderreviewbythePhysicsAcademicProgramsCommittee.]


Inthirdyear:TomajorinMechanicalSystemsYear Sem Subject Subject Subject Subject

31 MechanicsandMaterials MechanicalDynamics

DifferentialEquationsforEngineers

Breadth

2 MechanicalDesign FluidMechanics&Thermodynamics CoreorbreadthCoreorbreadth

Note: FluidMechanics&Thermodynamicscanbetakeninsemester1. DifferentialEquationsforEngineersmaynotbenecessaryifastudenthasdoneRealAnalysis

withApplications.[NeedtoclarifythiswiththeFacultyofScience.]TomajorinElectricalSystemsYear Sem Subject Subject Subject Subject

31 DigitalSystemsDesign ElectricalNetworkAnalysis Coreorbreadth Breadth2 ElectricalDeviceModelling SignalsandSystems Otherscience

Coreorbreadth

TomajorinPhysicsYear Sem Subject Subject Subject Subject


LaboratoryAOR

Thermaland

ClassicalPhysics

2 Coreorbreadth StatisticalPhysicsComputational

PhysicsOR

LaboratoryBBreadth

Notes: IfThermalandClassicalPhysicshasalreadybeentakeninsecondyear,itcanbereplacedby

abreadthorcoresubject.If,priortothirdyear,only37.5pointsofbreadth(3subjects)havebeentaken,thenupto37.5pointsofbreadthmaybetakeninthirdyear.

StudentsmusttakeatleastoneofElectrodynamicsORStatisticalPhysics,plusatleastoneofLaboratoryA,LaboratoryBORComputationalPhysics.StudentswhoplantoenrolinaMasterofScience(Physics)areadvisedtotakeBOTHElectrodynamicsANDStatisticalPhysics.

Studentsmusttake50points(4subjects)atlevel3inPhysicsforaPhysicsSpecialisation.Ifafourthsubjectisrequired,anyofthefollowingsubjectscanbetaken:Electrodynamics,StatisticalPhysics,LaboratoryA,LaboratoryB,ComputationalPhysics,SubAtomicPhysics(semester2),Astrophysics(semester1),QuantumSystems(semester2).


DiplomainMathematicalSciencesTheDiplomainMathematicalSciencesenablesstudentstogainanadditionalqualificationinmathematicswhilstcompletingtheirundergraduatedegree.WithintheDiploma,studentscompletetherequirementsofaMajorinMathematicsandStatistics,whileundertakingaseparatemajorinadifferentstudyareafortheirBachelordegree.Eligibilityrequirements

Studentscanapplyatanytimeduringtheirundergraduatedegree,butmustapplybeforecommencingthefirstMathematicsandStatisticssubjectsthatcounttowardstheDiplomaonly(i.e.nottowardstheBachelordegreeonlyorcrosscreditedtoboththedegreeandtheDiploma).Itisrecommendedthatstudentscompletefirstyearbeforeapplying,includingtwosubjectsthatcancounttowardsboththedegreeandtheDiploma.

Ifapplyinginfirstyear,ascoreofatleast35isexpected,forVCEUnits3/4MathematicalMethodsANDSpecialistMathematics.

Anaverageofatleast65%acrossallcompletedMathematics/Statisticssubjects. Nofailgrade(N)acrossthewholedegree. StudentswhohavecompletedAcceleratedMathematics1and/orAccelerated

Mathematics2musthavepassedthesesubjects. StudentsmustintendintheirBachelordegreetocompleteaMajorinanareaofstudyother

thanMathematicsandStatisticsorPhysicswithaMathematicalPhysicsspecialisation.Diplomarequirements

Studentsmustcomplete100pointsofMathematicsandStatisticssubjectsintheDiploma.Upto50pointsofthismaybecrosscredited,countingtowardsboththeundergraduatedegreeaswellastheDiploma.

Inadditiontothe100pointsofMathematicsandStatistics,manystudentswillberequired(duetoprerequisites)todooneortwoadditionalsubjectsintheirBachelordegree.

WithintheDiploma,studentsmustmeettherequirementsforaMajorinMathematicsandStatistics.

InadditiontotheMajorfortheDiploma,studentsmustcompleteadifferentMajor(i.e.notinMathematicsandStatistics)tosatisfytherequirementsoftheirBachelordegree.IntheirBachelordegree,studentsundertakingtheDiplomamayNOTmajorinPhysicswithaMathematicalPhysicsspecialisation,althoughaMajorinPhysicswitheitheraPhysicsorChemicalPhysicsspecialisationisallowed.

Whenapplying,studentsmustsubmitacourseplanfortheirBachelordegreeandDiploma,nominatingwhichsubjectswillcounttowardstheDiplomaandwhichwillcounttowardstheBachelordegree,andwhichwillbecrosscredited.

FastTrackingStudentsmayoverloadtheircourse,taking62.5pointsineachsemester(i.e.5subjectsinsteadoftheusual4)iftheyhaveanaverageinfirstyearofatleast70%(H2B)withnofailedsubjects.Overloadinginfirstyearisnotpermitted.Alternatively,studentsmayopttotakeanextrasemesterofstudytocompletetheDiploma.


ExamplecourseplanMajorinPhysics(Physicsspecialisation)withconcurrentDiplomainMathematicalSciencesYear Sem Subject1 Subject2 Subject3 Subject4 Subject5

11 Physics1 Otherscience Calculus2 Breadth None2 Physics2 Otherscience LinearAlgebra Breadth

None

21

QuantumMechanicsandSpecialRelativity

ThermalandClassicalPhysics

VectorCalculus Breadth

Maths/Statslevel2elective

2 ElectromagnetismandOptics CoreorBreadthRealAnalysis

withApplications

BreadthMaths/Stats

level2elective


LabWorkAOR



2 Coreorbreadth StatisticalPhysics ComputationalPhysicsMaths/Stats

level3electiveMaths/Stats

level3electiveNotes:

Thisisafasttracked(accelerated)6semestercourseplan.SeetheOnlineResourcessectionbelowformoreinformationon7semestercourseplans.

Inthisexample,fouroftheMathematicssubjects(probablytwooftheoneslistedundersubject3andthetwoundersubject4)counttowardsboththeBachelorDegreeandtheDiploma.TwomathematicssubjectscountonlytowardstheBachelordegree(undersubject3),andalloftheoverloadedsubjects(subject5)countonlytowardstheDiploma.

StudentstakingAcceleratedMathematics1and2infirstyear(insteadofCalculus2andLinearAlgebra)donotneedto(andarenotallowedto)takeRealAnalysiswithApplications.

Overloadinginfirstyearisnotallowed. StudentsmaychoosetotakesomeoverloadedsubjectsintheSummersemesterratherthan

insemester1or2. StudentsmustselectMathematicssubjectsthatensurethatallprerequisitesfortheirlevel3

MathematicsandStatisticselectivesubjectsaremet.MathematicsandStatisticsMajorsStudentsintheDiplomainMathematicalSciencesmustsatisfytherequirementsofanyonespecialisationoftheMajorinMathematicsandStatistics,asdefinedfortheBachelorofScience.Theseare:PureMathematics

ALLTHREEofComplexAnalysis,MetricandHilbertSpacesANDAlgebra ONEofGraphTheory,DiscreteMathematicsORGeometry

AppliedMathematics ALLTHREEofComplexAnalysis,NumericalandSymbolicMathematicsANDPartial

DifferentialEquations ONEofGraphTheory,DiscreteMathematicsORStochasticModelling


OperationsResearch/DiscreteMathematics ALLTHREEofComplexAnalysis,DecisionMakingANDDiscreteMathematics ONEofGraphTheory,StochasticModellingORTechniquesinOperationsResearch

Statistics/StochasticProcesses BOTHLinearStatisticalModelsANDStochasticModelling AtleastONEofProbabilityandStatisticalInferenceORModernAppliedStatistics Afourthsubject(ifonlythreeareselectedfromtheabove),consistingofanyotherlevel3

Mathematics/Statisticssubject.


OnlineresourcesHandbook:TheauthoritativesourceofinformationonallUniversityofMelbournecourses,subjects,MajorsandbreadthtracksistheUniversityHandbook:

handbook.unimelb.edu.auBachelorofScience:InformationontheBachelorofScience,includinginformationonareasofstudy,optionsforpostgraduatestudyandcareerpathsisavailableat:

www.bsc.unimelb.edu.auStudentCentre:Informationoncourseplanning,Majors,breadthrequirements,graduatepathwaysandotherrelevantinformationforcurrentstudentscanbefoundattheEasternPrecinctStudentCentre:

www.studentcentre.unimelb.edu.au/easternMathsandStats:CourseadviceforundergraduateMathematicsandStatisticsisavailableat:

www.undergraduates.ms.unimelb.edu.au/course_advice/courseadvice.htmlThispageincludesadviceonfirstyearMathematicssubjectchoices.StudentswhohavecompletedUMEPMathematicsforHighachievingstudentsarestronglyadvisedtolookattheUMEPChoicesforFirstYearlinkonthispage.DiplomainMathSciences:MoreinformationabouttheDiplomainMathematicalSciencescanbefoundhere:

www.undergraduates.ms.unimelb.edu.au/course_advice/dip_math_sci/dip_math_sci.htmlThispageincludesanumberofexamplecourseplans,including6and7semesteroptionsforcompletingboththeBachelordegreeandtheDiploma.Furtherinformation,includinginformationontheapplicationprocesscanbefoundhere:

www.studentcentre.unimelb.edu.au/eastern/course_information/concurrent_diplomasMasterofScience:MoreinformationontheMasterofScienceisavailableontheMelbourneGraduateSchoolofSciencepages:

graduate.science.unimelb.edu.au/Engineering:InformationongraduatestudyinEngineeringisavailablefromtheMelbourneSchoolofEngineering:

www.eng.unimelb.edu.au/Postgrad/


ListofSubjectcodesThisisalistofthesubjectsthatarementionedinthisdocument,alongwiththeirsubjectcodes.ThisisNOTacomprehensivelistofSciencesubjectsthatstudentsmaywishtotakeaspartoftheirBachelorofScienceundergraduatedegree.StudentsshouldrefertotheUniversityHandbookwhenconsideringtheirsubjectchoices.PhysicsPHYC10001Physics1:Advanced(Sem1)PHYC10003Physics1(Sem1)PHYC10005Physics1:Fundamentals(Sem1)PHYC10002Physics2:Advanced(Sem2)PHYC10004Physics2:ScienceandTechnology(Sem2)PHYC10006Physics2:LifeSciencesandEnvironment(Sem2)PHYC20009Thermal&ClassicalPhysics(Sem1)PHYC20010QuantumMechanicsandSpecialRelativity(Sem1)PHYC20011Electromagnetism&Optics(Sem2)PHYC30011SubatomicPhysics(Sem2)PHYC30012ComputationalPhysics(Sem2)PHYC30014LaboratoryA(Sem1&2)PHYC30015LaboratoryB(Sem1&2)PHYC30016Electrodynamics(Sem1)PHYC30017StatisticalPhysics(Sem2)PHYC30018QuantumPhysics(Sem1)PHYC30019Astrophysics(Sem1)PHYC30020QuantumSystems(Sem2)MathematicsMAST10005Calculus1(Sem1&2)MAST10006Calculus2(Sem1&2)MAST10007LinearAlgebra(Sem1&2)MAST10008AcceleratedMathematics1(Sem1)MAST10009AcceleratedMathematics2(Sem2)MAST10012IntroductiontoMathematics(Sem1)MAST10013UMEPMathematicsforHighAchievingStudentsMAST20009VectorCalculus(Sem1&2)MAST20022GroupTheoryandLinearAlgebra(Sem2)MAST20026RealAnalysiswithApplications(Sem1&2)MAST30001StochasticModelling(Sem2)MAST30005Algebra(Sem1)MAST30011GraphTheory(Sem1)MAST30012DiscreteMathematics(Sem2)MAST30013TechniquesinOperationsResearch(Sem1)MAST30020ProbabilityandStatisticalInference(Sem1)MAST30021ComplexAnalysis(Sem1&2)MAST30022DecisionMaking(Sem2)MAST30024Geometry(Sem2)MAST30025LinearStatisticalModels(Sem1)


MAST30026MetricandHilbertSpaces(Sem2)MAST30027ModernAppliedStatistics(Sem2)MAST30028NumericalandSymbolicMathematics(Sem1)MAST30029PartialDifferentialEquations(Sem2)ChemistryCHEM10003Chemistry1(Sem1&2)CHEM10004Chemistry2(January&Sem2)CHEM10006ChemistryforBiomedicine(Sem1)CHEM10007FundamentalsofChemistry(Sem1)CHEM20018ReactionsandSynthesis(Sem1)CHEM20020StructureandProperties(Sem2)CHEM30014SpecialisedTopicsinChemistryB(Sem2)CHEM30016ReactivityandMechanism(Sem1)Engineering(includingMathematicsforEngineering)ENGR10004EngineeringSystemsDesign1(Sem1&2)ENGR10003EngineeringSystemsDesign2(January&Sem2)COMP20005EngineeringComputation(Sem1&2)ELEN20005FoundationsofElectricalNetworks(January&Sem2)ENGR20004EngineeringMechanics(January,Sem1&2)MAST20029EngineeringMathematics(January,Sem1&2)ELEN30009ElectricalNetworkAnalysis&Design(Sem1)ELEN30010DigitalSystemDesign(Sem1)ELEN30011ElectricalDeviceModelling(Sem2)ELEN30012Signals&Systems(Sem2)ENGR30001FluidMechanicsandThermalDynamics(Sem1&2)MAST30023DifferentialEquationsforEngineers(Sem1)MCEN30014MechanicalDesign(Sem2)MCEN30016MechanicalDynamics(Sem1)MCEN30017Mechanics&Materials(Sem1)

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Physics Course Planning 2012