Efficiently optimizing electric motor design to achieve the best performance and range
Achieving better performance and efficiency through a full system approach
Increasing efficiency and lifespan to accommodate MaaS-ready E-Motors
Cost and supply chain strategies for achieving more sustainable, high-performance electric motors in electric and hybrid vehicles
Emerging motor technologies and benchmarking: axial flux, in-wheel and switched reluctance
State of the art material alternatives and winding leaps for developing EV Motors without rate-earth materials
Accelerating development of electric motor controls with Hardware-in-the-Loop (HIL) testing
Simulation & early validation techniques of mechanical and electromagnetic design for eMotors
Connecting Modeling and Simulation with MBSE in electric motor development cycles
Designing electric motor thermal management systems for electric and hybrid vehicles
Effective Energy Management of Thermal Systems for eMotors
Achieiving high levels of ride comfort and efficiency for users through electric motor design