Student Info
Autumn Quarter Course Suggestions (Incoming Students)
General Course Information
Fulltime students must register for a minimum of 10 credits each academic quarter. Students who have TA, RA, or fellowship appointments must maintain 10 credits for the entire quarter of an appointment in order to retain the stipend, tuition, and health insurance benefits.
Below are suggested Autumn Quarter courses to consider for the various curriculum areas. However, the courses listed below are not guaranteed to be offered during your first term at the University of Washington. This is a guideline to get you started when making your course selections for your first term in our graduate program.
Communications
EE 416 Random Signals for Communications and Signal Processing
EE 418
Network Security and Cryptography
EE 505 Probability and Random Processes
EE 518 Digital Signal Processing
EE 592 EE Research Survey (required)
EE 500C Colloquium
Devices and Materials
EE 436 Medical Instrumentation
EE 485 Intro to Photonics
EE 486 IC Technology
EE 502 Introduction to Microelectro Mechanical Systems
EE 592 EE Research Survey (required)
EE 500C Colloquium
Electromagnetics
RR 480 Microwave Engineering
EE 505 Probability and Random Processes
EE 518 Digital Signal Processing
EE 572 Electromagnetic Theory & Applications I
EE 592 EE Research Survey (required)
EE 500C Colloquium
Energy Systems
EE 447 Control System Analysis
EE 452 Power Electronics Design
EE 454 Power System Analysis
EE 505 Probability and Random Processes , or
EE 518 Digital Signal Processing
EE 500E Energy Seminar
EE 592 EE Research Survey (required)
EE 500C Colloquium
Signal and Image Processing
EE 440 Intro to Digital Imaging Systems
EE 505 Probability and Random Processes
EE 518 Digital Signal Processing
EE 596 Advanced Topics in Signal & Image Processing (when offered)
EE 592 EE Research Survey (required)
EE 500C Colloquium
Systems, Controls and Robotics
EE 447 Control Systems Analysis I
EE 505 Probability and Random Processes
EE 510 Mathematical Foundations of System Theory (alternate years)
EE 518 Digital Signal Processing
EE 592 EE Research Survey (required)
EE 500C Colloquium
VLSI and Embedded Systems
EE 433 Analog Circuit Design
EE 471
Computer Design & Organization
EE 476 Digital Integrated Circuit Design
EE 536
Design of Analog Integrated Circuits and Systems
EE 541 Automatic Layout
EE 592 EE Research Survey (required)
EE 500C Colloquium
Return to Current Graduate Student Page
