|
ECE 50863 |
Computer Network Systems |
CE |
3 |
Spring |
|
ECE51012 |
Electromechanics |
PES |
3 |
Spring |
|
ECE51018 |
Hybrid Electric Vehicles |
PES |
3 |
Fall |
|
ECE513 |
Diffraction, Fourier Optics, And Imaging |
FO |
3 |
Fall - odd years |
|
ECE538 |
Digital Signal Processing I |
CNSIP |
3 |
Fall |
|
ECE544 |
Digital Communications |
CNSIP |
3 |
Fall - even years |
|
ECE547 |
Introduction to Computer Communication Networks |
CE & CNSIP |
3 |
Fall |
|
ECE552 |
Introduction to Lasers |
FO & MN |
3 |
Spring |
|
ECE559 |
MOS VLSI Design -CORE |
VLSI & CE |
3 |
Fall |
|
ECE580 |
Optimization Methods for Systems and Control |
AC |
3 |
Spring |
|
ECE595 |
Boltzmann Law: Physics to Computing |
MN |
1 |
Fall, Spring, Summer |
|
ECE595 |
C1: Introduction to Compilers: Compiler Basics |
CE |
1 |
Fall |
|
ECE595 |
C2: Introduction to Compilers: Code Generation |
CE |
1 |
Fall |
|
ECE595 |
C3: Introduction to Compilers: Optimization |
CE |
1 |
Fall |
|
ECE595 |
EP1: Into to Math. Fund. for Systems and Control Theory |
AC |
1 |
Spring |
|
ECE595 |
EP2: Epidemic Processes |
AC |
1 |
Spring |
|
ECE595 |
EP3: Epidemics Over Networks |
AC |
1 |
Spring |
|
ECE595 |
Essentials of Transistors |
MN |
1 |
Spring |
|
ECE595 |
Fundamentals of Current Flow |
MN |
1 |
Fall, Spring, Summer |
|
ECE595 |
Introduction to Deep Learning |
CNSIP |
3 |
Fall |
|
ECE595 |
Introduction to Quantum Technology & Science |
MN |
3 |
Fall |
|
ECE595 |
Introduction to Quantum Transport |
MN |
1 |
Fall & Spring |
|
ECE595 |
Semiconductor Fundamentals |
MN |
1 |
Spring |
|
ECE600 |
Random Variables and Signals - CORE |
CNSIP |
3 |
Fall & Spring |
|
ECE602 |
Lumped System Theory - CORE |
AC |
3 |
Fall, Spring, Summer |
|
ECE604 |
Electromagnetic Field Theory - CORE |
FO |
3 |
Fall & Spring |
|
ECE606 |
Solid State Devices I - CORE |
MN & VC |
3 |
Fall & Spring |
|
ECE60614 |
Reliability Physics Of Nanoelectronic Transistors |
MN |
3 |
Spring - odd years |
|
ECE608 |
Computational Models and Methods - CORE |
CE & VLSI |
3 |
Fall & Spring |
|
ECE610 |
Energy Conversion - CORE |
PES |
3 |
Fall |
|
ECE61014 |
Electromagnetic And Electromechanical Component Design |
PES |
3 |
Fall - odd years |
|
ECE61016 |
Power Electronic Converters And Systems |
PES |
3 |
Fall - even years |
|
ECE612 |
Advanced VLSI Devices |
MN |
3 |
Fall |
|
ECE617 |
Antennas: Design and Application |
FO |
3 |
Spring - odd years |
|
ECE633 |
Modeling And Simulation Of Power System Components |
PES |
3 |
Spring - even years |
|
ECE637 |
Digital Image Processing I |
CNSIP |
3 |
Spring |
|
ECE680 |
Modern Automatic Control |
AC |
3 |
Fall - odd years |
|
ECE695 |
Big Data for Reliability and Security |
CE |
1 |
Fall |
|
ECE695 |
Communication for Engineering Leaders |
Prof |
1 |
Spring & Summer |
|
ECE695 |
Fiber Optic Communications |
MN |
1 |
TBD |
|
ECE695 |
Nanophotonic Modeling |
MN |
1 |
TBD |
|
ECE695 |
Programmable Accelerator Architectures |
CE |
3 |
Spring |
|
ECE595 |
Q1: Applied Quantum Computing I: Fundamentals |
MN |
1 |
Fall |
|
ECE595 |
Q2: Applied Quantum Computing II: Hardware |
MN |
1 |
Fall |
|
ECE595 |
Q3: Applied Quantum Computing III: Algorithm & Software |
MN |
1 |
Fall |
|
ECE695 |
Quantum Detectors |
MN |
1 |
Spring |
|
ECE695 |
Quantum Detectors And Sensors |
MN |
3 |
Spring |
|
ECE695 |
Quantum Networks |
MN |
1 |
Spring |
|
ECE695 |
RF1: Primer on RF Design |
FO |
1 |
Fall |
|
ECE695 |
RF3: RF Design: Passive and Active Components |
FO |
1 |
Fall |
|
ECE695 |
RF2: RF System Design |
FO |
1 |
Fall |
|
ECE695 |
Time Domain Simulation & Optimization for Design |
PES |
1 |
Fall & Spring |
