Graduate Studies

The Virginia Commonwealth University Department of Electrical and Computer Engineering offers tracks in the Master of Science in Engineering and the Ph.D. in Engineering programs. The tracks are designed to prepare students for practice, research and/or teaching of electrical and computer engineering at the advanced level by providing intensive preparation for professional practice in the Micro/nano-electronics, Photonics, Power, Energy and Controls Engineering, Signal Processing and Communications, and Computer Architecture and CyberPhysical Systems aspects of electrical and computer engineering.

Graduate Degree Programs:

Ph.D. in Engineering with a concentration in Electrical and Computer Engineering

M.S. in Engineering with a concentration in Electrical and Computer Engineering

1 Year M.S. Program Information – 

Course Information from the Bulletin:

Electrical and Computer Engineering courses

Engineering courses 

Forms

Override request for a course taught by the ECE Department

College of Engineering and Graduate School Forms

Course Schedule (Fall 2020 – Spring 2022):

Fall 2020

EGRE 521 – Advanced Semiconductor Devices
EGRE 525 – Fundamentals of Photonics Engineering
EGRE 531 – Multicore and Multithreaded Programming
EGRE 553 – Industrial Automation
EGRE 573 – Sustainable and Efficient Power Systems
EGRE 591 – Introduction to IoT
EGRE 591 – Introduction to Cyber Physical Systems
EGRE 610 – Research Practices in Electrical and Computer Engineering
EGRE 627 – Nanophotonics
EGRE 691 – Autonomous Cyber Physical Systems

Spring 2021

EGRE 532 – GPU Computing
EGRE 535 – Digital Signal Processing
EGRE 541 – Medical Devices
EGRE 554 – Advanced Industrial Automation
EGRE 635 – Advanced Computer Architecture
EGRE 640 – Semiconductor Optoelectronics
EGRE 644 – Wireless Communications
EGRE 691 – Advanced FPGA design (tentative)
EGRE 691 – TBD (Zhao)
EGRE 691 – TBD (Tantawy)

Fall 2021

EGRE 521 – Advanced Semiconductor Devices
EGRE 525 – Fundamentals of Photonics Engineering
EGRE 553 – Industrial Automation
EGRE 591 – Introduction to IoT
EGRE 591 – Introduction to Cyber Physical Systems
EGRE 591 – Compiler Construction
EGRE 610 – Research Practices in Electrical and Computer Engineering
EGRE 620 – Electron Theory of Solids
EGRE 626 – Advanced Characterization of Electronic Materials and Devices
EGRE 631 – Real-time and Embedded Systems
EGRE 632 – Dependable Embedded Systems
EGRE 671 – Power System Operations and Controls
EGRE 691 – Data Intensive Computing (tentative)
EGRE 691 – Embedded Systems Security (tentative)
EGRE 691 – TBD (CCIScholar)
EGRE 691 – TBD (CPE2 Martin)

Spring 2022

EGRE 526 – Computer Networks and Communications
EGRE 535 – Digital Signal Processing
EGRE 541 – Medical Devices
EGRE 555 – Dynamics and Multivariable Control I
EGRE 591 – VLSI Design
EGRE 610 – Research Practices in Electrical and Computer Engineering
EGRE 624 – Nonlinear Optical Materials and Devices
EGRE 636 – Advanced Cyber-Physical Systems
EGRE 651 – Intelligent Linear Systems
EGRE 656 – Estimation and Optimal Filtering
EGRE 691 – Quantum Optics (or other F/D/O)
EGRE 691 – TBD (Tantawy)

 

Key Contacts