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Boost next-gen vehicle safety by analyzing real-world ADAS performance, simulating systems, and optimizing advanced driver assistance features in a cutting-edge R&D environment.
Shape the future of sustainable mobility by driving circular economy strategy analyze materials, build data tools, and support next-gen vehicle sustainability innovation at Toyota
This internship involves developing an integrated motion control system for multi-actuated vehicles. You will design a high-level optimal controller, such as MPC, combined with a control allocation layer to coordinate actuators like brakes and steering. The role includes modeling vehicle dynamics, handling constraints, ensuring real-time feasibility, and validating performance in simulation using MATLAB/Simulink and Python to improve stability, robustness, and overall vehicle performance.
Boost ADAS validation by virtualizing real-world driving on HiL benches—optimize camera-based system performance, automate testing, and accelerate next-gen safety innovation.
At Toyota Motor Europe in Zaventem, this internship in the NV & Driveability team focuses on virtual development of road noise. The intern will analyse tire, rim, and suspension vibration modes, optimize assessment methods, validate simulations with CAE tools, and support physical testing to reduce vehicle cabin noise and improve driving comfort.