Aerodynamics Engineer (thermal)

Cadillac Formula 1 Team Aerodynamics Engineer (Thermal)

The Cadillac Formula 1 Team is what happens when history, purpose and daring talent come together. Backed by TWG Global and GM, our team is uniquely positioned to disrupt Formula 1, bringing a fresh perspective and an unrelenting drive for success. We have the energy of a start-up, with the ideas and originality of a business that always wants to lead, never wants to follow.

We're building everything from the ground up, from a high-performance car to an inclusive, values-driven culture. We show bold ambition. We combine leadership in innovation with excellence in execution. We are one team. We have the freedom to think differently, the opportunity to shape process and practice, an ego-free environment where people thrive on being challenged by those around them. A historic name behind us. Career-defining moments ahead. A New Chapter Begins.

Fueled by bold ambition play your part in getting us on the grid.

We have an opportunity for an Aerodynamics Engineer (Thermal) to join the team at our Silverstone facility. In this role you will work within a group of engineers to support the development of the aerodynamic thermal systems of the team's race cars (brakes, PU, electronics), through the analysis of computational methods and an innovating approach to design and development. We aspire to be the absolute best in every aspect of our team. Team members are encouraged to challenge established thinking and share their ideas to create an environment where everyone can contribute to our shared success.

Responsibilities include:

• Develop aerodynamic cooling solutions for PU, brake, electronics, and other thermal systems, ensuring target performance parameters are met
• Analyze CFD and wind tunnel data to deliver aerodynamic performance and drive innovation in design and development
• Build a strong understanding of aerodynamic structures and behaviours around the race car to inform thermal strategies
• Collaborate with management and engineering teams to define and deliver a clear aerodynamic thermal development plan
• Continuously improve design, testing, and analysis processes by proposing and implementing new methods and tools