Power and Energy Systems

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)
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.