ELECTRONIC MATERIALS & DEVICES, Courses 2001-2002
	Autumn			Winter			Spring
608	Fundamentals of MEMS		614	Photonic Info Lab		612	Microwave Eng. Lab
	Prof. Papautsky			Prof. Beyette			Prof. Ferendeci
611	Microwave Engineering		641	Silicon Semiconductor Fab		652	Optical Communications
	Prof.  Ferendeci			Prof. Papautsky			Prof. Kosel
618	Microfabrication of		647	Semi. Device Modeling VLSI		684	Silicon Millimeter Devices
	Semiconductor Devices			Prof. Cahay			Prof. Roenker
	Prof. Steckl
			697	Compound Semiconductor		721	Plasma Processing
648	Fund: Optoelectronics			Fabrication Lab			Prof. Mantei
	Prof. Boyd			Prof. Roenker
750	Semiconductors and		698	Biosensors and BioMEMS		761	High Speed Elec. Devices
	Hetrojunctions			Prof. Papautsky			Prof. Cahay
	Prof. Roenker
757	Semiconductor Physics		712	Intro Optical Computing		771	Applications of MEMS
	Prof. Boolchand			Prof. Beyette			Prof. Papautsky
773	Photonic Devices		714	Microfabrication of Compound		776	VLSI for Multi-Technology
	Prof. Kosel			Semiconductor Devices			Systems
				Prof. Steckl			Prof. Beyette
			758	Quantum Mechanics for EE		810	Material Characterization
				Prof. Boolchand			Optical
							Prof. Boolchand
			843	GaAs Integrated Circuits		925	Wide Bandgap Semiconductors
				Pof. Kosel			Prof Steckl
Note: The required and elective courses depend on the area of interest of each student
These courses have to be selected in consultation with an advisor and require
his signature on the course approval form.
NOTE:  Graduate students may take courses from other research areas of the ECECS Department as electives
which must be approved by the faculty advisor. All courses 3 graduate credits, except where noted.