Microelectronic Devices, Electromagne3cs, Plasma Physics ... · Plasma physics (APAM) – How to...
Transcript of Microelectronic Devices, Electromagne3cs, Plasma Physics ... · Plasma physics (APAM) – How to...
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CourseInforma-onfor
August2019
Prof.JamieTeheraniElectricalEngineering,[email protected]
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MicroelectronicDevices,Electromagne3cs,PlasmaPhysics,&Photonics
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Circuitdesign
Abilliondevices
Onedevice
Materials/oneatom
Physics+math
HierarchyofTechnology
Realmof
Microelectronics,Electromagne-cs,PlasmaPhysics,&Photonics
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FromSandtoDevices
AppleA11(iPhone8+X)FabricatedbyTSMC10nm4,300,000,000(4.3B)transistors
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LinkstoCourseOfferings2017-2018SEASCourseBulle-n(PDFofallengineeringclasses)DirectoryofClasses(searchforclassesbyname,-me,etc.)______OnlineCourseBulle-ns–current!(classlis-ngs,descrip-ons,&prerequisites)ELEN—ElectricalEngineeringAPPH,APAM—AppliedPhysics/AppliedMathBMEN—BiomedicalEngineeringCOMS—ComputerScienceMSAE—MaterialsScience&EngineeringMECE—MechanicalEngineering
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MicroelectronicdevicesTopics:
• Fabrica-ngdevicesstar-ngfromrawmaterials• Modeling,andunderstandingtheiropera-on(especiallythephysicsofopera-on)
• Designofsuperiordevices• Opera-onatthesingledevicelevel(circuitdesignisatthemul--devicelevel)
Usefulforcareersinsiliconmicroelectronics,MEMS,devicemodeling,solarenergy,anddevice/materialfabrica-on
Devicephysicsisfounda3onalforcircuitdesign6
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Microelectronics—FallELEN4944PrinciplesofMicrofabrica-onELEN6333SemiconductorDevicePhysicsELEN6903NanoelectronicDeviceSimula-onsELEN6907EmergingNanoelectronicDevicesEEBM6901DevicesandAnalysisforNeuralCircuitsMECE4212MicroelectromechanicalSystemsCoursesinsolidstatephysics/materialscience:APPH4100QuantumPhysicsofMagerAPPH6081SolidStatePhysicsI(notofferedFall2019)CHAP4120Sta-s-calMechanicsMSAE4206ElectronicandMagne-cProper-esofSolids7
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Microelectronics—Spring
ELEN6331PrinciplesofSemiconductorPhysicsAPPH6082SolidStatePhysicsIIMECE4212MicroelectromechanicalSystemsMECE4213Bio-microelectromechanicalSystems(BioMEMS):Design,Fabrica-onandAnalysis
+more…
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Op-csandElectromagne-cs
– Makingdevicesthatgenerate,measure,ormanipulatelightandradiowaves
– Usingthemtodousefulthings(e.g.buildinghighspeednetworks)
– Usefulformanycareersinscienceandengineering.Topicsincludenetworking,surfacescience,optoelectronicsdevicefabrica-on,displays,datastorage,andlasertechnology.
– Alsorelevantforop-calandRFcircuitdesign
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Op-csFall:ELEN4193ModernDisplayScienceandTechnologyELEN4411FundamentalsofPhotonicsELEN4488Op-calSystemsELEN6413LightwaveSystems(notofferedFall2019)APPH4110ModernOp-cs
Spring:ELEN6412LightwaveDevicesELEN6488Op-calInterconnects+
Interconnec-onNetworks 10
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Electromagne-csFall:ELEN4411FundamentalsofPhotonicsAPPH4300AppliedElectrodynamicsBMEN4430PrinciplesofMagne-cResonance
imaging
Spring:ELEN4703WirelessCommunica-ons
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Plasmaphysics(APAM)– Howtounderstand,make,andcontrolplasmas(overlapswithelectromagne-smandotherEEareas)
– Extensivelyusedinsomeareasofligh-ng,fusion,materialconversion,materialanalysis,plasmafusion,astrophysics,etc.
Fall:APPH6101PlasmaPhysicsISpring:
APPH4301Introduc-onToPlasmaPhysics(prereqforsomecoursesinthearea)APPH6102PlasmaPhysicsII
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Otherrelevantclasses
APPH4130PhysicsofSolarEnergyMECE4210EnergyInfrastructurePlanningClassesinbiomedicalandnuclearphysics
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Finaladvice• Thedevices/op-cs/electromag.offersavarietyofchoices
forconcentra-onortoenrichaprograminanotherarea(e.g.circuits)
• Assessyourmasteryoftheprerequisitesforeachtrackyou’reinterestedinandmakesuretotakeacoursethat’sattherightlevelforyou
• Besuretokeepcoursesinotherrelateddepartmentsinmindwhenmappingoutyourschedule
• Yourcareergoalswillhelpguideyourfocusareas• Ifyouareinterestedinresearch,lookforprojects!Upto6
unitsofprojectcanbeappliedtowardyourdegree.
• Thinkaboutwhatyouwilldooverthesummerandaneryougraduate—getresearchexperience! 14