Explore the programs and courses offered by Electrical Control
Browse Programs Admission InformationThe Master’s Degree in Electrical Control Engineering focuses on advanced control systems, power electronics, industrial automation, and intelligent electrical systems. This program provides students with the necessary expertise to design, optimize, and implement control strategies for electrical machines, renewable energy systems, robotics, and smart grids. Graduates can pursue careers in power engineering, industrial automation, transportation electrification, and research & development.
✅ Master advanced techniques in control of electrical machines and power systems.
✅ Develop expertise in power electronics and motor drives for industrial applications.
✅ Apply automation and intelligent control strategies in real-world electrical systems.
✅ Work on smart grids, energy storage, and renewable energy integration.
✅ Gain hands-on experience with simulation tools, industrial controllers, and embedded systems.
🔹 Advanced Electrical Circuits and Systems – Analysis of AC/DC networks, resonance, and impedance.
🔹 Automatic Control and Linear Systems – Feedback control, stability, and state-space modeling.
🔹 Power Electronics and Conversion – Design of rectifiers, inverters, and converters for industry.
🔹 Electrical Machines and Actuators – Induction motors, synchronous machines, and servo systems.
🔹 Digital Control Systems – Microcontrollers, DSP, and FPGA-based control systems.
🔹 Industrial Automation and PLC Programming – SCADA systems, robotics, and process automation.
🔹 Renewable Energy and Smart Grids – Integration of wind, solar, and hybrid energy sources.
🔹 Mathematical and Computational Methods – Advanced mathematics for modeling and optimization.
🔹 Nonlinear and Adaptive Control – Control of complex and uncertain systems.
🔹 Optimal and Predictive Control (MPC) – Energy-efficient and AI-driven control strategies.
🔹 Advanced Power Electronics and Drives – High-performance control of motor and power converters.
🔹 Electric Vehicle Systems and Transportation Electrification – Battery management, charging stations.
🔹 Artificial Intelligence in Electrical Control – Machine learning for automation and power systems.
🔹 Smart Grids and Distributed Energy Resources – Demand response, energy storage, microgrids.
🔹 Cybersecurity for Electrical Systems – Protection against cyber threats in industrial control systems.
🔹 Embedded Systems for Power Control – IoT applications in electrical control engineering.
1- Holder of a Bachelor's Degree in electrical Engineering or equivalent.
2- Based on available teaching positions.
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