Model‑Based Development & Thermal Systems Engineer

Professional engineer with a strong focus on model‑based development, thermal vehicle systems, and virtual control design. Experienced in building, calibrating, and validating physical system models in a MIL environment, including systematic comparison of simulation and real measurement data. Skilled in MATLAB/Simulink, AVL CruiseM, dSPACE rapid‑prototyping platforms, and actuator control via CAN, LIN, PWM, and analog/digital interfaces. Offers strong analytical capabilities, structured modeling approaches, and a solid understanding of dynamic systems. Highly motivated, reliable, and effective in interdisciplinary engineering teams.

• Development, calibration, and validation of a thermal vehicle model in a MIL environment; systematic comparison of simulation results with real sensor data and optimization of the model for control development. • Creation of a virtual system model with integrated controller to support digital control development; analysis and calibration of components such as pumps, valves, heaters, and heat exchangers. • Support in modeling and simulation of cooling and refrigeration circuits using AVL CruiseM; parameter identification and validation based on real measurement data. • Development of actuator control functions via CAN, LIN, PWM, and digital/analog interfaces using dSPACE ControlDesk and MicroAutoBox hardware. • Execution of measurement campaigns and test procedures for system identification and model validation; structured evaluation using MATLAB/Simulink and IPEmotion. • Application of model‑based development methods including test case definition, stability analysis, and implementation‑ready control strategies. • Advanced academic training in digital control systems, reliability of mechatronic systems, FEM, signal processing, and machine learning.