Werde Teil des Audi F1 Projektes – Gestalte die Zukunft des Motorsports!
Deine Aufgabe
- Contribute to the development of the numerical and optimization methods
- Optimize the simulation models and source code for computational efficiency
- Analyze and improve the numerical accuracy and robustness of the simulation models
- Implement new simulation methodologies and interfaces
- Review, test, and document updates to the source code
Contribute to the development of the numerical and optimization methods
Optimize the simulation models and source code for computational efficiency
Analyze and improve the numerical accuracy and robustness of the simulation models
Implement new simulation methodologies and interfaces
Review, test, and document updates to the source code
Dein Profil
- Master’s or PhD student in Engineering, Physics, Applied Mathematics, Computer Science, or related field
- Programming experience in C/C++ (Matlab and/or Python is a plus)
- Strong knowledge of numerical methods and principles of computational engineering (time integration/differentiation, matrix mathematics, solving nonlinear systems of equations, etc)
- Experience optimizing source code for runtime performance would be advantageous
- Prior understanding of vehicle systems and vehicle dynamics would be beneficial but not required
- Team player, highly self-motivated, pro-active, creative
- Pragmatic, analytical, and result-oriented with a high attention to detail
- Strong English (verbal and written) language skills
Master’s or PhD student in Engineering, Physics, Applied Mathematics, Computer Science, or related field
Programming experience in C/C++ (Matlab and/or Python is a plus)
Strong knowledge of numerical methods and principles of computational engineering (time integration/differentiation, matrix mathematics, solving nonlinear systems of equations, etc)
Experience optimizing source code for runtime performance would be advantageous
Prior understanding of vehicle systems and vehicle dynamics would be beneficial but not required
Team player, highly self-motivated, pro-active, creative
Pragmatic, analytical, and result-oriented with a high attention to detail
Strong English (verbal and written) language skills
