Course
Summary
ECE533, Programmable Logic Systems Design, educates students in the
fundamentals of systems-on-chip (SoC) design implemented on programmable
logic devices. Topics include:
 | Advanced Verilog techniques, |
 | Space and speed optimization, |
 | Microcontroller/FGPA interfacing, |
 | FPGA hardware, and |
 | Design for testability. |
Refer to the Course Plan for details on
learning goals and objectives.
|
Instructor
Dr. Edward R. Doering
D-211, CM 108, 877-8977

Office Hours: TBA or by appointment. |