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This undergraduate course provides a comprehensive introduction to the design of electric vehicles (EVs), covering their historical evolution and recent advancements in technology. Students will explore the engineering principles behind EVs, focusing on electric vehicle systems, drive topologies, and electric propulsion methods. Key topics include power electronics, electric motors, and motor drives, as well as the overall powertrain design. The course will also examine battery and energy storage solutions, battery management systems, and the development of hybrid and hydrogen vehicles. Additionally, students will learn about the role of supercapacitors in EV applications, EV infrastructure, and the societal impact of electric vehicles. Load management strategies and electric vehicle charging technologies will also be discussed. By the end of the course, students will gain a solid understanding of the fundamental concepts and practices involved in electric vehicle design, equipping them for future careers in this dynamic field.