Fall 2025 Courses

Fall 2025 Graduate Courses Offered

The University of À¶Ý®ÊÓÆµ shows the courses and professors who are teaching courses in each term.Ìý The table below shows available coursesÌýand links to tentative descriptions to course content where it has been provided by the professor.

To help you plan your future terms more effectively, you can explore for upcoming terms and the ECE graduate course archive for past course offerings.

Course Number Title Instructor

ECE 601

H. Nahas

ECE 604

W. Zhuang

ECE 606

MV Tripunitara

ECE 609

LL. Xie

ECE 621 Computer Organization H. Patel

ECE 630

Physics and Models Seimicon Devs L. Wei

ECE 635

S. Schulz

ECE 636

P. Levine

ECE 637

Digital Integrated Circuits

V. Gaudet

ECE 655

Protocols, Software and Issues in Mobile Systems K. Naik
ECE 660 M. Kazerani
ECE 662 C. Canizares

ECE 665

High Voltage Engineering Applications S. Jayaram

ECE 671

ÌýMicrowave and RF Engineering S. Boumaiza
ECE 675 ÌýRadiation and Propogation of Electromagnetic Fields

O. Ramahi

ECE 682 C. Nielsen
ECE 699 A/B MEng Project Course Xie, Liang - Liang

ECE 700

Topic 11

O. Michailovich

ECE 720

Topic 9

N. Kapre
ECE 722 N. Kapre
ECE 733 NY. Kim

ECE 750

Topic 39

T. Reza

ECE 750Ìý

Topic 37

Self Adaptive Software Systems L. Tahvildari
ECE 751 Distributed and NetworkÌýCentric Computing W. Golab

ECE 770Ìý

Topic 21

M. Bacsjy
*ECE 6604PD Distributed Generation R. El-Shatshat
*ECE 6613PD Power System Analysis C. Canizares

*ÌýFor Online Power MEng students only
Ìý