Encouraging the adoption of electric vehicles (EVs) is crucial to achieve a global transition to net-zero emissions, and a thorough understanding of the complex workings of EV powertrain architecture plays a pivotal role in advancing automotive technologies for a sustainable future. Electric Vehicle Powertrains: Design Fundamentals, Components, and Applications equip readers with the technical know-how to innovate and optimize EV performance. Solid fundamentals' grounding and essential sustainable mobility contextualization open the volume, which then goes on to offer a well-thought-out, systems-level perspective with protocols addressing vehicle specification requirements and quality manufacturing standards while also providing an overview of the latest technological developments for each key component. Coverage of batteries, their management systems, and LCA analysis follow, and expert contributions finally round out the book's offering with an exploration of cutting-edge modeling tools intended to enhance the precision, efficiency, and speed of e-powertrain development, leading to overall better-performing, more reliable, and cost-effective EVs. Electric Vehicle Powertrains: Design Fundamentals, Components, and Applications blend blueprint-like knowledge presentation and real-world exemplars of technical implementation issues alongside their practice-informed solutions, making for a valuable reference resource for academia and industry alike.