Master’s (MSc/MEng) in Electrical and Electronic Engineering
Total Credits: ~30-36 credits
Core Courses
1. EEEN 5101 - Advanced Circuit Design
- Credits: 3
- Prerequisites: Undergraduate circuit analysis and electronics courses or equivalent
- Description: Design and optimization of complex analog and digital circuits, including high-frequency and low-noise applications.
2. EEEN 5201 - Power Electronics
- Credits: 3
- Prerequisites: EEEN 1501 (Electronics I) or equivalent
- Description: Power semiconductor devices, converters, inverters, and their applications in energy systems and motor drives.
3. EEEN 5301 - Advanced Control Systems
- Credits: 3
- Prerequisites: EEEN 2301 (Control Systems) or equivalent
- Description: Modern control techniques, including adaptive, robust, and nonlinear control for complex systems.
4. EEEN 5401 - Electric Machines & Drives
- Credits: 3
- Prerequisites: EEEN 2401 (Power Systems) or equivalent
- Description: Analysis and control of AC/DC machines, variable speed drives, and energy conversion.
5. EEEN 5501 - Smart Grid & Renewable Energy Integration
- Credits: 3
- Prerequisites: EEEN 2501 (Renewable Energy Systems) or equivalent
- Description: Smart grid technologies, integration of renewable sources, grid stability, and energy storage.
6. EEEN 5901 - Master’s Thesis
- Credits: 6
- Prerequisites: Completion of coursework and an approved research proposal
- Description: Independent research project culminating in a thesis, demonstrating mastery and contribution to the field.
Prerequisites & Electives
Prerequisites Overview:
- Foundational undergraduate courses in circuits, electronics, control, and power systems.
- Successful completion of core coursework and research proposal approval.
Elective Courses:
- Wireless Power Transfer
- VLSI Design & Fabrication
- Embedded Systems & IoT
- Renewable Energy Technologies
- Power System Stability and Protection
- Digital Signal Processing
- High-Frequency Circuit Design
- Energy Storage Systems
Electives allow specialization in cutting-edge areas such as IoT, VLSI, renewable energy, or advanced power systems.
This program provides a comprehensive pathway for graduate students to deepen their expertise and contribute to innovation in electrical and electronic engineering.