This MIT course on power electronics provides a comprehensive introduction to the principles and applications of electrical energy conversion and control. It is designed for students and engineers who want to understand how modern electronic systems efficiently process electrical power.

The course begins with an overview of power electronics, including its history, evolution, and importance in today’s technology-driven world. Power electronics plays a critical role in systems such as renewable energy, electric vehicles, power supplies, and industrial automation.

A key focus of the course is how electronic circuits are used to convert and control electrical energy. This includes understanding how voltage and current are modified using switching devices, converters, and control strategies to achieve desired performance.

Students will explore the behavior of power electronic systems, including efficiency, energy losses, and system optimization. The course also highlights real-world applications, demonstrating how these concepts are used in practical engineering solutions.

By studying this course, learners gain insight into how electrical energy is managed and transformed across various systems, from small electronic devices to large-scale power grids.

By the end, students will have a strong foundation in power electronics and be prepared for more advanced topics in electrical and energy engineering.