This book approaches the engineering of electrical vehicles through a more application-driven and design-focused perspective, presenting the subject as a rapidly evolving field shaped by innovation, sustainability demands, and technological advancement. It examines how modern vehicles are re-engineered around electrical energy systems, replacing traditional propulsion with integrated and efficient alternatives. The narrative reflects on the practical challenges of designing vehicle systems that balance energy consumption, performance, and operational reliability. It considers how engineers interpret motion behaviour, optimise system response, and develop configurations that support both hybrid and fully electric mobility solutions. Attention is also directed towards the modelling of vehicle performance, where analytical approaches are used to predict range, efficiency, and real-world functionality under varying conditions.

The book also highlights the broader transformation of the automotive sector as it shifts towards cleaner and smarter mobility solutions. It offers a perspective on how engineering decisions influence environmental impact, technological progress, and user experience. This work is suited for those seeking a contemporary and practice-oriented understanding of electrical vehicle engineering