This course offers a structured and in-depth study of power electronics, focusing on the principles, analysis, and practical design of power conversion systems. Beginning with core fundamentals, learners develop a strong understanding of rectifiers, AC systems, and non-isolated DC–DC converters. The course then covers magnetics, isolation techniques, losses, and thermal considerations essential for efficient and reliable converter design.

Advanced topics include inverters, switched-mode rectifiers, and three-phase systems, enabling learners to work with industrial and high-power applications. The course also emphasizes control strategies for power converters, addressing stability, performance, and dynamic response. In the final modules, students explore EMI mitigation, advanced conversion techniques, and practical implementation aspects, preparing them to design, analyze, and deploy real-world power electronic systems.