About the job
Join the Cadillac Formula 1® Team, where innovation, ambition, and expertise converge to revolutionize the world of motorsport. Supported by TWG Global and General Motors, we are positioned to disrupt the Formula 1® landscape with a fresh outlook and an unwavering commitment to success. Our team embodies the spirit of a startup, driven by the desire to lead, innovate, and excel.
We are constructing a high-performance racing team from the ground up, fostering a culture rooted in inclusivity and shared values. With bold aspirations, we combine cutting-edge innovation with exceptional execution. Together, as one cohesive unit, we embrace the freedom to think creatively, shape processes, and thrive in a collaborative environment where challenges are welcomed and growth is inevitable. With a legendary name backing us, we are on the brink of career-defining achievements.
A New Chapter Begins.
Be part of our journey to success.
Application Deadline: 6th March 2026
Role Overview
We are in search of a highly skilled Senior Aerodynamic Engineer to spearhead the design, development, and optimization of brake cooling and thermal management geometries for our Formula 1® vehicles. This pivotal role integrates aerodynamics, heat transfer, vehicle performance, and race operations, essential for enhancing braking performance, reliability, and aerodynamic efficiency throughout the racing season.
You will take full technical ownership of brake duct and cooling concepts, overseeing the entire process from initial development through computational fluid dynamics (CFD), wind tunnel validation, and on-track performance testing. Close collaboration with Vehicle Dynamics, Performance, Design Office, and Trackside Engineering will be key.
Key Responsibilities
- Design and develop innovative brake cooling geometries (ducts, flow paths, etc.) utilizing advanced CFD analysis to inform design decisions.
- Optimize thermal performance and cooling efficiency while considering aerodynamic impacts and regulatory constraints.
- Balance cooling efficiency with aerodynamic sensitivity and compliance with regulations.
- Lead CFD, wind tunnel, and on-track correlation of brake cooling performance.
- Provide data analysis, performance insights, and cooling configuration recommendations during race and test events.
- Serve as the aerodynamic technical authority on all brake cooling matters (front and rear).
- Collaborate effectively with Design Office, Vehicle Dynamics, and Race Engineering teams.
- Mentor junior engineers and contribute to best practices in aerodynamic development.
