Master of Engineering in Electrical Engineering and Automation

• Advanced Power Systems: Grid dynamics and smart delivery.
• Advanced Electrical Machines & Drives: High-efficiency control.
• Advanced Signal Processing: Digital filtering and analysis.
• Advanced Power Electronics: Switching methodologies.
• High Voltage Engineering: Transmission and insulation.

• Advanced Control Systems: Robust and adaptive control.
• Robotics & Intelligent Systems: AI in robotics.
• Industrial Automation & Smart Factories: Industry 4.0.
• Embedded Systems Design: Real-time operating systems.
• Advanced PLC & SCADA Systems: Complex distributed control.
• Artificial Intelligence for Automation: Machine learning in control.

Power & Energy Systems

• Smart Grids
• Energy Management & Optimization
• Renewable Energy Integration
• Electrical Vehicle Systems

Robotics & Mechatronics

• Industrial Robotics
• Mechatronic Systems Design
• Sensors, Actuators & Motion Control

Signal & Communication

• Digital Signal Processing
• Communication Systems & Networks
• IoT for Industrial Automation

• Research Methods in Electrical Engineering: Experimental design.
• Technical Writing & Professional Communication: Publishing results.
• Graduate Seminar: Advanced topics.

• Master’s Thesis / Dissertation: In-depth research.
• Industrial or Research Internship: Advanced practice.