| Basic Courses: 3 courses (9 total credits) |
| 2 Required core courses |
| EECE 5210 |
Design and Analysis of Electric Motor-Drive Systems |
| EECE 5220 |
Power Electronics for Renewable Energy Systems |
| Choose 1 of 3 area specific courses from which to specialize |
| EECE 5240 |
Protection and Monitoring of Electric Energy Systems |
| EECE 5250 |
Transients in Electric Energy Systems and Devices |
| EECE 5310 |
Control Systems |
| Additional Required Courses |
| EECE 6952 |
Department Colloquium (0 Credit) |
| EECE 6010 |
Advanced Engineering Mathematics (required for students pursuing the Master's coursework option) |
| Master's Thesis/Doctoral Dissertation |
| Broader Core Courses: Choose 3 courses (9 total credits) |
| EECE 5290 |
Developments in Energy and Power (e.g., Energy Sustainability, Control of Renewable Energy Systems, or other topics) |
| EECE 6210 |
Advanced Electric Machines and Drives |
| EECE 6220 |
Advanced Concepts in the Design and Modeling of Electric Machines and Drives |
| EECE 6230 |
Finite Element Analysis |
| EECE 6240 |
Renewable Energy: Policy, Technology and Sustainability |
| EECE 6932 |
Advanced Topics in Electrical and Computer Engineering (e.g., Advanced Electrical Machine Design, Advanced Power Electronics, Vector Control, or other topics) |
| General Electives: A minimum of 2 courses (at least 6 total credits) |
| EECE 5320 |
Digital Control Systems |
| EECE 6010 |
Advanced Engineering Mathematics |
| EECE 6020 |
Probability and Random Processes in Engineering |
| EECE 6310 |
Modern Control Theory |
| EECE 6320 |
Optimal Control |
| EECE 6330 |
Nonlinear and Adaptive Control |
| Selected graduate level courses in Math (Numerical methods; Differential Equations) as approved by advisor. |
