Your mission Over the past few years, we’ve been developing virtual sensor technologies that focus on replacing or complementing physical sensors in automotive chassis systems, particularly in the areas of tires and suspension. By leveraging signal processing, data-driven modeling, and basic AI techniques, we help automotive companies reduce hardware dependency while enabling new functions such as vehicle condition monitoring and load estimation. With the increasing shift toward Software Defined Vehicles and broader access to vehicle data, exciting opportunities have emerged in chassis modeling and advanced analytics. We're looking for a senior Vehicle Dynamics Engineer who is eager to work with vehicle dynamics data—especially from tires and suspension systems—and contribute to the development of the next generation of virtual sensor solutions. Your Responsibilities Process and analyze large-scale time-series data from vehicle sensors using advanced signal processing techniques (time and frequency domain). Develop data-driven simulation models to estimate vehicle component loads (e.g., tires, suspension, chassis elements). Implement and optimize numerical models for vehicle dynamics applications. Work with Python and/or Matlab/Simulink for data analysis, simulation, and model validation. Collaborate with cross-functional teams, including data scientists and software engineers, to integrate simulation models into automotive software solutions. Your profile 5 year experience in physical modelling and system-based approaches for vehicle dynamics, motion control or similar fields. Solid understanding of vehicle dynamics and signal processing. Experience with deployment of functions in embedded systems. Graduation in electronics, mechatronics, mechanical engineering or similar education. Experience with Matlab/Simulink. Experience with Python will be highly appreciated. Knowledge about Machine Learning concepts will be highly appreciated. About us COMPREDICT is driving the paradigm shift towards software-defined vehicles, offering next-level solutions for sustainable mobility. Founded in 2016 in Darmstadt, Germany, by Dr. Rafael Fietzek and Dr. Stéphane Foulard, our focus lies in developing Virtual Sensors for Mobility to optimize vehicle design, usage, and maintenance. We partner with and serve automotive manufacturers and Tier1 companies worldwide. With a diverse team of 35 members from 10 different nations, we are on an exciting journey of growth and innovation.