PhD in Electrical and Electronic Engineering

Core Courses

1. EEEN 7101 - Advanced Electrical Theory

• - Credits: 3

• - Prerequisites: Master’s degree in Electrical/Electronic Engineering or related field; foundational knowledge in circuit theory and electromagnetics

• - Description: Deep theoretical understanding of electromagnetic fields, circuit principles, and energy systems at an advanced level, focusing on fundamental principles and their applications.

2. EEEN 7201 - Power Systems & Smart Grids

• - Credits: 3

• - Prerequisites: EEEN 5401 (Electric Machines & Drives) or equivalent

• - Description: Analysis and design of modern power systems, including grid stability, protection, and integration of renewable sources through smart grid technologies.

3. EEEN 7301 - Advanced Electronics & Embedded Systems

• - Credits: 3

• - Prerequisites: EEEN 5201 (Power Electronics) or equivalent

• - Description: Design and implementation of advanced electronic circuits, embedded systems, IoT devices, and low-power electronics.

4. EEEN 7401 - Control Systems Research

• - Credits: 3

• - Prerequisites: EEEN 5301 (Advanced Control Systems) or equivalent

• - Description: Cutting-edge research in control theory, adaptive and nonlinear control, system identification, and real-time control applications.

5. EEEN 7901 - Dissertation Research

• - Credits: 12

• - Prerequisites: Successful proposal approval, coursework, and qualifying exams

• - Description: Independent, original research that advances knowledge in electrical or electronic engineering, culminating in a dissertation and defense.

Prerequisites & Electives

Prerequisites Overview:

1. - Master’s degree in Electrical or Electronic Engineering or related discipline.

2. - Foundational coursework in circuits, electromagnetics, control, and power systems.

3. - Successful completion of qualifying exams and research proposal approval.

Elective Courses:

1. - Renewable Energy Integration

2. - VLSI Design & Fabrication

3. - Wireless Communications & IoT

4. - High-Frequency Circuit Design

5. - Power Quality & Stability

6. - Embedded System Security

7. - Smart Metering & Energy Management

8. - Autonomous Control Systems

Electives are chosen based on research interests or specialization areas.