This course on advanced power electronics provides an in-depth exploration of power semiconductor devices, converter topologies, and modern control techniques, emphasizing their applications in power systems, renewable energy systems, and electrified transportation. Students will gain comprehensive knowledge of power converter modeling, advanced control technologies, and emerging trends in power electronics. The course covers the integration of power electronics into renewable energy systems, electric vehicles, and the evolving power industry. Additionally, real-world case studies will be used to highlight current challenges and innovations in the field, preparing students to address the future demands of sustainable energy and electrification.

CILO-1: Demonstrate a thorough understanding of advanced power electronics, including the semiconductor devices, converter topologies, control strategies to analyze, design, and optimize power electronic systems. CILO-2: Model and simulate power electronic systems using industry-standard tools (MATLAB/Simulink, PSIM, etc.) and assess their performance. CILO-3: Develop innovative solutions to real-world challenges in power electronics, such as sustainable energy integration, electric vehicle infrastructure, and grid stability.