Ddp Msephysics

DoubleDegreeprogrammeinBachelorofEngineeringinMaterialsScience&Engineering(Honours)andBachelorofScienceinPhysics(Honours/nonHonours)Introduction

The double degree programme aims to provide a sciencedriven, engineeringoriented education to both science and engineeringstudents. Why? Understanding the physics underlying material properties and their technological applications will be vital to thedevelopmentoffuturetechnologicalinnovationsinthefollowingrelevantindustriesandresearchareas:i. NanoscienceandNanotechnology;ii. InformationandMagneticStorage;iii. PhotonicsandOptoelectronics;iv. BiomedicalmaterialsandBiotechnology;v. SemiconductorandOrganicElectronics;vi. QuantumInformationTechnology.

ProgrammeStructure&CurriculumRationale

TheMaterialsScienceandEngineering(MSE)programmeisbuiltonthesolidfoundationofthebasicsciences(inthefirstyear)inwhichPhysics isoneof themaincomponents.Students from theMSEprogrammewill thusbenefit from thisdoubledegreeprogrammebybeingabletodelvedeeperandbroaderintothePhysicsdisciplines.Similarly,studentswithPhysicsbackgroundwillbenefitimmenselyfromtheEngineeringapplications,designandtechnologicalcomponentstheMSEprogrammehastooffer(seeTables1and2).Auniquefeatureof thisdoubledegreeprogramme is the integratedB.Eng./B.Sc. (Hons.)dissertation/Honoursprojectwhere studentswillbejointlysupervisedbybothMSEandPhysicsstaffmembersandtheareasofresearchwillbeattheinterfaceofthesetwodisciplines.Theprogrammestructurewillallowstudentstoacquireknowledgethroughunderstandingtheinterfacebetweenthetwomajorleadingfields.GraduateswillacquireacomprehensiveknowledgeofPhysicsanda thorough insight into thecurrentEngineeringpracticesofnewtechnologies.ThedoubledegreeprogrammewillacceptstudentseitherthroughtheFacultyofScience (Physicstrack)ortheFacultyofEngineering(MSEtrack).ScienceorEngineeringstudentsareencouragedtoapplyforpreadmissionintotheprogrammeatthebeginningofthefirstsemesterofYearOne in their respective faculties. Selectedpreadmitted students are advised to follow the suggested studyplanprovided (seeTables3and4).Theywillbeconfirmedintothedoubledegreeprogrammeaftersatisfactoryperformanceintheirfirstyear.ThedoubledegreeprogrammewilladmitadditionalsuitablestudentsatthebeginningoftheirsecondyearfromtheFacultiesofScience(Physicstrack)orEngineering(MSEandCommonEngineering).CareerProspects

This double degree programme aims to provide graduateswith the flexibility to adapt to any shift in technology and scientificemphasisrelevanttofirstworldeconomies.Studentstakingthisdoubledegreeprogrammecansuccessfullycompeteforpromisingemploymentinindustriesrangingfromsemiconductorstoinfocommtobiotechnology.Theycanalsoconsiderpursuingpostgraduateresearchstudies.ThisdoubledegreeisforstudentswhowantaMSEB.Eng.Degreeandatthesametime,arethinkingofacareerinR&DequippedwithastrongPhysicstraining.

GraduationRequirements

TobeawardedaB.Eng.inMaterialsScienceandEngineeringandB.Sc.inPhysics,astudentmusthave: Completedaminimumof180MCswithacommonCAP2.00;and PassedthemodulesinaccordancewithTable1

TobeawardedaB.Eng.inMaterialsScienceandEngineeringandB.Sc.(Hons.)inPhysics,astudentmusthave: Completedaminimumof200MCswithacommonCAP3.20;and PassedthemodulesinaccordancewithTable2

Note:StudentswhohavenotachievedacommonCAPof4.0foranytwoconsecutivesemesterswillberequiredtowithdrawfromthedoubledegreeprogramme.

Table1:SummaryofRequirementsforB.Eng.inMSEandB.Sc.inPhysics

ModularRequirements MCs

UNIVERSITYREQUIREMENTS 20

2xGeneralEducationModules 8

1xSingaporeStudiesModule 4

2xBreadthModules[a] 8

ES1102 EnglishforAcademicPurposes[b]

FACULTYREQUIREMENTS(B.Eng.) 10

ES1501A PublicPersonaandSelfpresentationsORES1501BFromKodaktoInstragram:HowImagesTellLies

4

EG2401 EngineeringProfessionalism 3

HR2002 HumanCapitalinOrganizations 3

FACULTYREQUIREMENTS(B.Sc.) 12

CM1111 BasicInorganicChemistry[c] 4

MA1505 MathematicsI[c]

4

CS1010E ProgrammingMethodology[d]

4

MAJORREQUIREMENTS

Level1000EssentialModules(B.Eng.) 27

CM1121 BasicOrganicChemistryORCM1501 OrganicChemistryForEngineers

4

EG1108 ElectricalEngineering 3

MA1506 MathematicsII[f] 4

Level1000EssentialModules(B.Sc.)[e]

PC1141 PhysicsI 4

PC1142 PhysicsII 4

PC1143 PhysicsIII 4

PC1144 PhysicsIV 4


MLE2101 IntroductiontoStructureofMaterials 4

MLE2102 ThermodynamicsandPhaseDiagrams 4

MLE2103 PhaseTransformationandKinetics 4

MLE2104 MechanicalPropertiesofMaterials 4

MLE2105 ElectronicPropertiesofMaterials 4

MLE2106 MetallicMaterialsandProcessing 3

MLE2107 CeramicMaterialsandProcessing 3

2ndYearMaterialsLaboratory

Level2000EssentialModules(B.Sc.)


PC2130 QuantumMechanicsI 4

PC2131 ElectricityandMagnetismI 4

PC2132 ClassicalMechanics 4

PC2230 ThermodynamicsandStatisticalMechanics

4

PC2193 ExperimentalPhysicsI 4


BN3301 IntroductiontoBiomaterials 4

MLE3101 MaterialsCharacterisation 4

MLE3102 DegradationandFailureofMaterials 4

MLE3103 MaterialsDesignandSelection 4

MLE3104 PolymericandCompositeMaterials 3

MLE3105 DielectricandMagneticMaterials 3

3rdYearMaterialsLaboratory


PC3130 QuantumMechanicsII 4

PC3193 ExperimentalPhysicsII 4

Level3000ElectiveModules(B.Sc.) 412

ChooseanyTHREEmodulesfromthefollowing:(Allmodulesareworth4MCsunlessotherwisestated)PC3231 ElectricityandMagnetismIIPC3232 NuclearandParticlePhysicsPC3233 AtomicandMolecularPhysicsIPC3235 SolidStatePhysicsIPC3236 ComputationalMethodsinPhysicsPC3238 FluidDynamicsPC3241 SolidStateDevicesPC3242 PhysicsofSemiconductorProcessingPC3243 PhotonicsPC3246 NuclearAstrophysicsPC3247 ModernOpticsPC3251 NanophysicsPC3267 BiophysicsIIPC3274 MathematicalMethodsinPhysicsIIPC3239 SpecialProblemsinUndergraduate

PhysicsIIPC3288 UROPSinPhysicsIPC3289 AdvancedUROPSinPhysicsII

.


MLE4101 B.Eng.Dissertation(overtwosemesters)

12.

MLE4102 DesignProject 4

Level4000ElectiveModules(B.Eng.) 1516

Completeatleast15MCs(ofwhichatleasttwomodulesmustbeMLE4xxx)fromthefollowinggroupofelectives:(Allmodulesareworth4MCsunlessotherwisestated)


PolymericandBiomedicalMaterials(fourmodulesfromthisgrouparerequiredforthespecialisation,togetherwithB.EngspecialisedDissertation)MLE4201 AdvancedMaterialsCharacterisationMLE4202 SelectedadvancedTopicsonPolymersMLE4203 PolymericBiomedicalMaterialsME4253 BiomaterialsEngineeringBN4109 SpecialtopicsinBioengineeringBN4301 PrinciplesofTissueEngineeringCM4266 CurrentTopicsinMaterialsChemistryPC4268 BiophysicalInstrumentationand

BiomolecularElectronics

NanostructuredMaterials&Nanotechnology(fourmodulesfromthisgrouparerequiredforthespecialisation,togetherwithB.EngspecialisedDissertation)MLE4201 AdvancedMaterialsCharacterisationMLE4204 SynthesisandGrowthofNanostructuresMLE4205 Theory&ModellingofMaterial

PropertiesMLE4206 CurrenttopicsonNanomaterialsMLE4208 PhotovoltaicMaterialsPC4253 ThinfilmTechnologyCN4223R MicroelectronicThinFilms(3MCs)

OtherElectiveModulesMLE4207 GrowthAspectsofSemiconductorsMLE4209 MagnetismandMagneticMaterialsEE4411 SiliconProcessingTechnologyEE4401 OptoelectronicsCN4217R ProcessingofMicroelectronic

Materials(3MCs)CN4203R PolymerEngineeringCN5251 MembraneScienceandTechnologyME4283 MicrofabricationProcessME4293 MicroelectronicsPackaging

Total 188189

[a] 8MCsoutofatotalof46MCsfromLevel2000essentialmodulesareusedtocounttowardsbreadthrequirements.[b] StudentswhohavenotpassedorbeenexemptedfromtheQualifyingEnglishTestatthetimeofadmissiontotheFacultyhaveto

readES1000and/orES1102.ThiswillbedecidedbyCELC.[c] ModulesarepartofessentialLevel1000B.Eng.Mathematics/Sciencerequirements.[d] ModulesarepartB.Eng.facultyrequirements.[e] AllPCmodulesarereadinreplacementofessentialLevel1000B.Eng.Mathematics/SciencerequirementsofPC1431andPC1432

(PC1431overlapswithPC1141andPC1142;PC1432overlapswithPC1143andPC1144).[f] ModulesarepartofessentialLevel1000B.Sc.requirements.

Table2:SummaryofRequirementsforB.Eng.inMSEandB.Sc.(Hons.)inPhysics


UNIVERSITYREQUIREMENTS 20

2xGeneralEducationModules 8


1xSingaporeStudiesModule 4

2xBreadthModules[a]

8

ES1102EnglishforAcademicPurposes[b]

UNRESTRICTEDELECTIVEMODULES 4

FACULTYREQUIREMENTS(B.Eng.) 10

ES1501A PublicPersonaandSelfpresentationsORES1501BFromKodaktoInstragram:HowImagesTellLies

4

EG2401 EngineeringProfessionalism 3

HR2002 HumanCapitalinOrganizations 3

FACULTYREQUIREMENTS(B.Sc.) 16

CM1111 BasicInorganicChemistry[c] 4

CM1121 BasicOrganicChemistryORCM1501 OrganicChemistryForEngineers

[c]

4

MA1505 MathematicsI[c]

4

CS1010E ProgrammingMethodology[d]

4

MAJORREQUIREMENTS


EG1108 ElectricalEngineering 3

MA1506 MathematicsII[f] 4

Level1000EssentialModules(B.Sc.)[e]

.

PC1141 PhysicsI 4

PC1142 PhysicsII 4

PC1143 PhysicsIII 4

PC1144 PhysicsIV 4


MLE2101 IntroductiontoStructureofMaterials 4

MLE2102 ThermodynamicsandPhaseDiagrams 4

MLE2103 PhaseTransformationandKinetics 4

MLE2104 MechanicalPropertiesofMaterials 4

MLE2105 ElectronicPropertiesofMaterials 4

MLE2106 MetallicMaterialsandProcessing 3

MLE2107 CeramicMaterialsandProcessing 3

2ndYearMaterialsLaboratory

Level2000EssentialModules(B.Sc.) .

PC2130 QuantumMechanicsI 4

PC2131 ElectricityandMagnetismI 4

PC2132 ClassicalMechanics 4

PC2230 ThermodynamicsandStatistical 4


Mechanics

PC2193 ExperimentalPhysicsI 4


BN3301 IntroductiontoBiomaterials 4

MLE3101 MaterialsCharacterisation 4

MLE3102 DegradationandFailureofMaterials 4

MLE3103 MaterialsDesignandSelection 4

MLE3104 PolymericandCompositeMaterials 3

MLE3105 DielectricandMagneticMaterials 3

3rdYearMaterialsLaboratory


PC3130 QuantumMechanicsII 4

PC3193 ExperimentalPhysicsII 4

Level3000ElectiveModules(B.Sc.) 12

ChooseanyTHREEmodulesfromthefollowing:(Allmodulesareworth4MCsunlessotherwisestated)PC3231 ElectricityandMagnetismIIPC3232 NuclearandParticlePhysicsPC3233 AtomicandMolecularPhysicsIPC3235 SolidStatePhysicsIPC3236 ComputationalMethodsinPhysicsPC3238 FluidDynamicsPC3241 SolidStateDevicesPC3242 PhysicsofSemiconductorProcessingPC3243 PhotonicsPC3246 NuclearAstrophysicsPC3247 ModernOpticsPC3251 NanophysicsPC3267 BiophysicsIIPC3274 MathematicalMethodsinPhysicsIIPC3239 SpecialProblemsinUndergraduate

PhysicsIIPC3288 UROPSinPhysicsIPC3289 AdvancedUROPSinPhysicsII


MLE4102 DesignProject 4

Level4000Essential(B.Sc.)

PC4130 QuantumMechanicsIII 4

Level4000Essential(Dissertation)

MLE4101R IntegratedB.Eng./B.Sc.(Hons)Dissertation(overtwosemesters)

ORPC4199R IntegratedB.Eng./B.Sc.(Hons)

Dissertation(overtwosemesters)

16

Level4000ElectiveModules(B.Eng.)

Completeatleast15MCs(ofwhichatleasttwo 1516 3132


modulesmustbeMLE4xxx)fromthefollowinggroupofelectives:(Allmodulesareworth4MCsunlessotherwisestated)PolymericandBiomedicalMaterials(fourmodulesfromthisgrouparerequiredforthespecialisation,togetherwithB.EngspecialisedDissertation)MLE4201 AdvancedMaterials

CharacterisationMLE4202 SelectedadvancedTopicson

PolymersMLE4203 PolymericBiomedicalMaterialsME4253 BiomaterialsEngineeringBN4109 SpecialtopicsinBioengineeringBN4301 PrinciplesofTissueEngineeringCM4266 CurrentTopicsinMaterials

ChemistryPC4268 BiophysicalInstrumentationand

BiomolecularElectronics

NanostructuredMaterials&Nanotechnology(fourmodulesfromthisgrouparerequiredforthespecialisation,togetherwithB.EngspecialisedDissertation)MLE4201 AdvancedMaterials

CharacterisationMLE4204 SynthesisandGrowthof

NanostructuresMLE4205 Theory&ModellingofMaterial

PropertiesMLE4206 Currenttopicson

NanomaterialsMLE4208 PhotovoltaicMaterialsPC4253 ThinfilmTechnologyCN4223R MicroelectronicThinFilm

3132

OtherElectiveModulesMLE4207 GrowthAspectsof SemiconductorsMLE4209 MagnetismandMagnetic

MaterialsEE4401 OptoelectronicsEE4411 SiliconProcessingTechnologyCN4217R ProcessingofMicroelectronic

MaterialsCN4203R PolymerProcessEngineeringCN5251 MembraneScienceand

TechnologyME4283 MicrofabricationProcessME4293 MicroelectronicsPackaging

3132

Level4000ElectiveModules(B.Sc.)

ChooseanyFOURmodulesfromthefollowing(Allmodulesareworth4MCsunlessotherwisestated)

16


PC4232 CosmologyPC4240 SolidStatePhysicsIIPC4241 StatisticalMechanicsPC4242 ElectrodynamicsPC4243 AtomicandMolecularPhysicsIIPC4245 ParticlePhysicsPC4246 QuantumOpticsPC4248 RelativityPC4253 ThinFilmTechnologyPC4259 SurfacePhysics

PC4262 RemoteSensingPC4267 BiophysicsIIIPC4268 BiophysicalInstrumentationand

BiomolecularElectronicsPC4274 MathematicalMethodsin

PhysicsIIIEE4401 OptoelectronicsEE4413 LowdimensionalElectronic

DevicesMLE4201 AdvancedMaterials

Characterisation[g]

MLE4204 SynthesisandGrowthofNanostructures

[g]

MLE4205 TheoryandModellingofMaterialsProperties

[g]

AnyapprovedmoduleofferedbyotherDepartments

16 3132

Total 216217

[a] 8MCsoutofatotalof46MCsfromLevel2000essentialmodulesareusedtocounttowardsbreadthrequirements.[b] StudentswhohavenotpassedorbeenexemptedfromtheQualifyingEnglishTestatthetimeofadmissiontotheFacultyhaveto

readES1000and/orES1102.ThiswillbedecidedbyCELC.[c] ModulesarepartofessentialLevel1000B.Eng.Mathematics/Sciencerequirements.[d] ModulesarepartB.Eng.facultyrequirements.[e] AllPCmodulesarereadinreplacementofessentialLevel1000B.Eng.Mathematics/SciencerequirementsofPC1431andPC1432

(PC1431overlapswithPC1141andPC1142;PC1432overlapswithPC1143andPC1144).[f] ModulesarepartofessentialLevel1000B.Sc.requirements. [g] Theseelectivemodulesareonlyoffered tostudentsreadingadoubledegree inMaterialsScience&Engineeringand inPhysics.

OnlytwoofthemmaybecountedtowardsthePhysicsLevel4000Electiverequirements.Table3:SuggestedStudyPlanforDoubleDegreeinB.Eng.inMaterialsScienceandEngineeringandB.Sc.inPhysicsSEMESTER1(24MCS)MA1505 MathematicsIPC1141 PhysicsIPC1142 PhysicsIIES1501A PublicPersonaandSelfpresentationsorES1501BFromKodaktoInstragram:HowImagesTellLiesSSXXXX SingaporeStudyModuleES1102 EnglishforAcademicPurposesSEMESTER2(19MCS)MA1506 MathematicsIIPC1143 PhysicsIIIPC1144 PhysicsIVCS1010E ProgrammingMethodologyEG1108 ElectricalEngineering

SEMESTER3(24MCS)CM1501 OrganicChemistryforEngineersorCM1121BasicOrganicChemistryCM1111 BasicInorganicChemistryMLE2101 IntroductiontoStructureofMaterialsMLE2102 ThermodynamicsandPhaseDiagramsPC2130 QuantumMechanicsIPC2132 ClassicalMechanicsSEMESTER4(20MCS)MLE2103 PhaseTransformationandKineticsMLE2104 MechanicalPropertiesofMaterialsMLE2105 ElectronicPropertiesofMaterialsMLE3101 MaterialsCharacterizationGEK/GEM GeneralEducationModuleISEMESTER5(24MCS)MLE2106 MetallicMaterialsandProcessingMLE2107 CeramicMaterialsandProcessingMLE3102 DegradationandFailureofMaterialsMLE3103 MaterialsDesignandSelectionMLE3104 PolymericandCompositeMaterialsMLE3105 DielectricandMagneticMaterialsSEMESTER6(20MCS)PC2131 ElectricityandMagnetismIPC2230 ThermodynamicsandStatisticalPhysicsPC2193 ExperimentalPhysicsIPC3130 QuantumMechanicsIIPC3193 ExperimentalPhysicsIISEMESTER7(23MCS)MLE4101 BEngDissertationMLE4102 DesignProject*MSEElectiveIBN3301 IntroductiontoBiomaterialsHR2002 HumanCapitalinOrganizationsSEMESTER8(23MCS)MLE4101 BEngDissertationEG2401 EngineeringProfessionalism*MSEElectiveIIPC3XXX PHYElectiveIGEK/GEMGeneralEducationModuleIISEMESTER9(16MCS)*MSEElectiveIII*MSEElectiveIVPC3XXX PHYElectiveIIPC3XXX PHYElectiveIIITotalMCs=188189***Level4000ElectiveModules(B.Eng.).AtleasttwomodulesmustbeMLE4XXX.ThetotalMCsfortheserangefrom1516MCs.**Thus,thetotalMCsrangefrom188189Table4:SuggestedStudyPlanforDoubleDegreeinB.Eng.inMaterialsScienceandEngineeringandB.Sc.(Hons.)inPhysicsSEMESTER1(28MCS)MA1505 MathematicsIPC1141 PhysicsIPC1142 PhysicsIIES1501A PublicPersonaandSelfpresentationsorES1501BFromKodaktoInstragram:HowImagesTellLies

SSXXXX SingaporeStudyModuleES1102 EnglishforAcademicPurposesUnrestrictedElectiveModuleSEMESTER2(19MCS)MA1506 MathematicsIIPC1143 PhysicsIIIPC1144 PhysicsIVCS1010E ProgrammingMethodologyEG1108 ElectricalEngineeringSEMESTER3(24MCS)CM1501 OrganicChemistryforEngineersorCM1121BasicOrganicChemistryCM1111 BasicInorganicChemistryMLE2101 IntroductiontoStructureofMaterialsMLE2102 ThermodynamicsandPhaseDiagramsPC2130 QuantumMechanicsIPC2132 ClassicalMechanicsSEMESTER4(20MCS)MLE2103 PhaseTransformationandKineticsMLE2104 MechanicalPropertiesofMaterialsMLE2105 ElectronicPropertiesofMaterialsMLE3101 MaterialsCharacterizationGEK/GEM GeneralEducationModuleISEMESTER5(24MCS)MLE2106 MetallicMaterialsandProcessingMLE2107 CeramicMaterialsandProcessingMLE3102 DegradationandFailureofMaterialsMLE3103 MaterialsDesignandSelectionMLE3104 PolymericandCompositeMaterialsMLE3105 DielectricandMagneticMaterialsSEMESTER6(20MCS)PC2131 ElectricityandMagnetismIPC2230 ThermodynamicsandStatisticalPhysicsPC2193 ExperimentalPhysicsIPC3130 QuantumMechanicsIIPC3193 ExperimentalPhysicsIISEMESTER7(23MCS)MLE4101R/PC4199R IntegratedB.Eng./B.Sc.(Hons)DissertationMLE4102 DesignProject*MSEElectiveIBN3301 IntroductiontoBiomaterialsHR2002 HumanCapitalinOrganizationsSEMESTER8(23MCS)MLE4101R/PC4199R IntegratedB.Eng./B.Sc.(Hons)DissertationEG2401 EngineeringProfessionalism*MSEElectiveIIPC3XXX PHYElectiveIPC3XXX PHYElectiveIISEMESTER9(20MCS)*MSEElectiveIII*MSEElectiveIVPC3XXX PHYElectiveIIIPC4YYY PHYElective1PC4130 QuantummechanicsIII

ZHW

ZHW

ZHW

CTW, ES2331, CM1111

SEMESTER10(16MCS)PC4YYY PHYElective2PC4YYY PHYElective3(notrequiredifatleasttwomodulesfromtheset{MLE4201,MLE4204,MLE4205}havebeenread).PC4YYY PHYElective4(notrequiredifatleastonemodulefromtheset{MLE4201,MLE4204,MLE4205}hasbeenread).GEK/GEMGeneralEducationModuleIITotalMCs=216217**

*Level4000ElectiveModules(B.Eng.).AtleasttwomodulesmustbeMLE4XXX.ThetotalMCsfortheserangefrom1516MCs.**Thus,thetotalMCsrangefrom216217.

Ddp Msephysics

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