The popularity of EVs has created stringent new demands on the performance and reliability of power electronic converters based on consumer demands and regulatory requirements. UTEV offers a variety of architectures, packaging materials and control strategies to optimize the performance of converter systems. The multiphysics nature of these systems necessitates a co-design approach that harmonizes its competing electrical and mechanical constraints. UTEV is developing integrated power-conversion solutions that leverage cutting-edge multidisciplinary research in electrical and mechanical domains to achieve optimal performance, volume and cost.