---

Prerequisites

• Mathematics: Calculus I+II+III and Differential Equations
• Computer programming capability.

Required Core Courses: 9 Credit Hours

• GEEN 5301: Applied Mathematics for Engineers (3 Cr)
• GEEN 5304: Interdisciplinary Research and Seminar (3 Cr)
• EEEN 5352: Digital Control Systems (3 Cr)

Required General Electrical Engineering Courses: 9 Credit Hours

• EEEN 5320: Probability and Random Process (3Cr)
• EEEN 5322: Data Communications and Networking (3 Cr)
• EEEN 5331: Digital Signal Processing (3Cr)

Restricted Technical Electives: 6 Credit Hours

Select 2 courses from one of the following tracks:

• Communication Systems and Signal Processing Track
• EEEN 6321: Digital Communication Systems (3 Cr)
• EEEN 6323: Advance Wireless Communication (3 Cr)
• EEEN 6332: Adaptive Signal Processing (3 Cr)
• EEEN 6333: Information Theory and Coding (3 Cr)
• EEEN 6341: Antenna Theory and Design (3 Cr)
• EEEN 6349: Special Topics in Communication and Signal Processing (3 Cr)
• Power Systems Track
• EEEN 6353: Analysis and Control of Electrical Machines (3 Cr)
• EEEN 6359: High-Voltage Technology and EMC (3 Cr)
• EEEN 6362: Power System Modeling and Analysis (3 Cr)
• EEEN 6366: Distribution System Design and Automation (3 Cr)
• EEEN 6368: Smart Grids and Renewable Electrical Energy Systems (3 Cr)
• EEEN 6369: Special Topics in Power and Control Systems (3 Cr)

MSc thesis: 6 Credit Hours

• EEEN 6397: Master Thesis part I (3 Cr)
• EEEN 6398: Master Thesis part II (3 Cr)

Independent Learning

The Independent Learning Requirement is met successfully by completing one or more of the following:

• Interdisciplinary Research and Seminar
• Special Topics in Electrical Engineering (two tracks)
• The master thesis