COURSE CURRICULUM

The MSc in Power Electronics and Control program features nine compulsory modules totaling 180 credits, designed to develop expertise in energy conversion, system control, and renewable energy integration. Advanced Reconfigurable Systems Design (15 credits) focuses on adaptable hardware solutions, while Artificial Intelligence and Applications (15 credits) explores AI-driven techniques for engineering challenges. Digital Signal Processing and Applications (15 credits) covers signal analysis for control systems. The MSc Individual Project (60 credits) is a capstone, enabling students to apply their skills to a significant research or design project. Advanced Power Electronics (15 credits) and Power Electronics Design and Applications (15 credits) delve into advanced power conversion techniques and their practical implementation. Embedded Control Systems (15 credits) addresses control mechanisms in embedded technologies, while Renewable Energy and Storage Technologies (15 credits) focuses on sustainable energy solutions and storage systems. Smart Grid Technologies (15 credits) explores intelligent energy distribution systems. This comprehensive curriculum equips graduates with the technical and analytical skills needed for specialist roles or management positions in power electronics, control systems, and renewable energy sectors, preparing them for innovation in a dynamic industry.