Introduction to Electric Vehicle Technology and Architecture

The global shift toward sustainable transportation has made electric vehicle (EV) technology one of the most critical engineering fields today. Understanding how these complex systems integrate is essential for anyone looking to enter the automotive industry. This text-based course provides a clear, foundational pathway into EV technology, helping you transition from basic terminology to understanding how hybrid architectures, electric motors, battery management systems, and safety protocols work together in modern vehicles. What you'll learn: - Understand hybrid and pure electric vehicle architectures and powertrain configurations. - Explore the operation of electric motors and controllers used in modern traction systems. - Analyze battery chemistry, thermal management, and Battery Management System (BMS) fundamentals. - Apply functional safety principles and standards to electric vehicle design. - Examine regenerative braking systems and modern charging infrastructure concepts. You will begin with core terminology and the history of electric mobility before exploring powertrain mechanics, battery electronics, and safety engineering. Each concept is broken down into clear, readable explanations designed for self-paced learning. This course is designed for aspiring automotive engineers, tech enthusiasts, and beginners with no prior experience in electric vehicle design. Start your journey into the future of clean transportation today.