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Vehicle Performance Team

Dr. Beshah Ayalew
Vehicle dynamics control; dynamic interaction of tires, suspensions and active safety systems, such as stability control, ABS, traction control and roll control; predictive global chassis control; applications of robust, adaptive and nonlinear control to vehicle systems; stability of tractor-trailor combinations

Dr. Zoran Filipi
Advanced engine concepts; multi-physics modeling; hybrid systems analysis and optimization; hardware-in-the-loop integration

Dr. Simona Onori
Modeling, simulation, control and optimization in hybrid and electric vehicles; aging, characterization modeling and identification in Li-ion and PbA batteries; model-based battery management system; hardware-in-the-loop simulations; multi-objective optimization; optimal control theory; aging modeling in interconnected systems.

Dr. Paul Venhovens
Vehicle development processes and systems engineering/integration methods (brand essence, market analyses, vehicle benchmarking, target setting, concept ideation, styling, design space, functions, weight, cost, manufacturing, vehicle platforms, commonality, legislation, policies); vehicle prototyping, vehicle dynamics (noise, vibrations and harshness, on-road handling, multi-body simulation, driving simulators, chassis controls, on-road testing); advanced driver assistance systems (sensing, sensor fusion, HMI-design, controls, evaluation, field-operational-testing).