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 Function Owner 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 and physics-based simulation models to estimate vehicle component wear (especially tire and brake).
- Design, implement and optimize numerical and control-oriented models for vehicle dynamics applications using model-based development approaches.
- Translate simulation and control models into production-ready functions and support their deployment on embedded systems (ECUs), including code generation and integration.
- Work with Python and/or MATLAB/Simulink for data analysis, modeling, auto-code generation, and model validation.
- Manage deployment for customers as well as core development and research.
- Collaborate with cross-functional teams, including data scientists and software engineers, to integrate developed models and functions into automotive software architectures.