Electronic Devices and Microsystems
| Basic course: Choose 3 courses (9 total credits) |
| EECE 5100 |
Transmission Lines and Electromagnetic Waves |
| EECE 5430 |
Physical Principles of Solid State Devices |
| EECE 6010 |
Advances Engineering Mathematics |
| EECE 6425 |
Introduction to Microelectromechanical Systems (MEMS) |
| Additional Required Courses |
| EECE 6952 |
Department Colloquium (0 credit) |
| Master鈥檚 Thesis/Doctoral Dissertation |
| Broader Core Courses: Choose 3 courses (9 total credits) |
| EECE 5110 |
Microwave Engineering |
| EECE 5130 |
Antenna Theory and Design |
| EECE 5410 |
Introduction to Device Fabrication |
| EECE 5440 |
MEMS and Nanotechnology |
| EECE 5460 |
Sensor Devices: Theory, Design and Applications |
| EECE 6110 |
Advanced Electromagnetic Fields |
| EECE 6120 |
Electromagnetic Theory |
| EECE 6130 |
Numerical Techniques in Electromagnetics |
| EECE 6420 |
Infrared and Photonics Sensors: Theory and Applications |
| EECE 6430 |
MEMS and Sensors |
| EECE 6932 |
Advanced Topics in Electrical and Computer Engineering (topic should be related to the field, as approved by advisor or DGS) |
| General Electives: A minimum of 2 courses (at least 6 total credits) |
| Selected graduate level courses in EECE, Thermodynamics, Quantum Mechanics, Materials, Finite Element Methods, MEEN, and Math as approved by advisor. |
