The electron device emphasis is for students who want to know how things work. Courses focus on the physics of electron devices, microelectronic circuits, radio, microwaves, and photonics. You will learn the design principles for devices and integrated circuits and prepare yourself for careers in the microelectronics, wireless, and telecommunications industries as well as in future technologies like microelectromechanical systems, biofluidics, nanoelectronics, and molecular electronics. As indicated, you can elect to extend your depth of knowledge into quantum mechanics and advanced semiconductor device design in the fourth year or develop a program which allows you to cross disciplines: e.g. chemistry, biology, and physics.

	First Semester	Credits		Second Semester	Credits
	Math 20550 Calc III	3.5		MATH 20580 Linear Algebra & Diff. Equ.	3.5
	PHYS 10320	4		PHYS 20330	3.5
	CSE 20232 Advanced Program	3		CSE 20221 Logic Design	4
	EE 20224 Introduction to EE	4		EE 20234 Circuit Analysis	3
	Arts & Letters	3		EE 20242 Electronics I	4
	Total Credit Hours	17.5		Total Credit Hours	18

	First Semester	Credits		Second Semester	Credits
	Math 30650 Ord. Diff. Eq.	3		Math 30440 Probability & Statistics*	3
	EE 30344 Sig. & Sys. I	3		EE 30357 Semiconductors II	3
	EE 30347 Semiconductors I	3		EE 30358 Electromagnetics II	3
	EE 30348 Electromagnetics I	3		Technical Elective	3
	Arts & Letters	3		Arts & Letters	3
	Total Credit Hours	15		Total Credit Hours	15

	First Semester	Credits		Second Semester	Credits
	EE 41430 Design I	3		EE 41440 - Design II	3
	EE 40458 Microwave Circuits	3		EE 566 Solid State Devices	3
	EE 40446 IC Fabrication	4		EE 40468 Photonics	3
	EE 60587 Quantum Mechanics	3		Engineering Science Elective	3
	Arts & Letters	3		Arts & Letters	3
	Total Credit Hours	16		Total Credit Hours	15

  *may be replaced with MATH 30530 Probability