What you'll do
You'll conduct 3D-CFD simulations, including ICE, in-cylinder, and air path-flow simulation. Simulation of non-reactive and reactive flow. Combustion modelling of hydrogen and other sustainable fuels. Collaboration with universities and other leading external research institutions to drive state-of-the-art development and innovation. Strong emphasis on personal responsibility and self-directed work.
- Conduct 3D-CFD simulations, including ICE, in-cylinder, and air path-flow simulation
- Simulation of non-reactive and reactive flow
- Combustion modelling of hydrogen and other sustainable fuels
- Collaboration with universities and other leading external research institutions to drive state-of-the-art development and innovation
- Strong emphasis on personal responsibility and self-directed work
What you need
You'll need a master's degree or equivalent in Engineering. Significant experience in CFD simulation within a professional environment in vehicle development. Proficient in Star CCM+, CONVERGE, and GTPower. Knowledge and experience with future energy carriers such as e-fuels and hydrogen. Good working knowledge of Catia V5, Cantera, and Python (advantageous).
- Master's degree or equivalent in Engineering
- Significant experience in CFD simulation within a professional environment in vehicle development
- Proficient in Star CCM+, CONVERGE, and GTPower
- Knowledge and experience with future energy carriers such as e-fuels and hydrogen
- Good working knowledge of Catia V5, Cantera, and Python (advantageous)
Why this matters
This role is part of a unique company within a fast-moving industry, creating excitement through team spirit and advanced technology. You'll work with a 450-strong workforce for motorsport and automotive projects. You'll have the opportunity to drive state-of-the-art development and innovation, and work with future energy carriers such as e-fuels and hydrogen.
