Aerodynamics Surface Designer
Atlassian Williams F1 Team
Grove, England, United KingdomOn-sitePrint / Surface Design
About the Role:We are looking for an Aero Concept Designer who thrives on challenge, thinks beyond the obvious, and wants to shape the future direction of a Formula 1 car.In the Aero Concept team, our mission is clear: reduce the time to aero intent. As an Aero Concept Designer, you’ll help turn early aerodynamic ideas into high quality, FIA legal 3D surfacing models for both wind tunnel testing and full-scale development. Your work will directly influence how quickly aerodynamic intent becomes physical reality.This is more than just creating a CAD surface. This is about accelerating performance through precision aero design.You’ll work closely with Aerodynamicists, Model Designers and Composite designers to deliver fast, robust geometry and support a culture that values high standards, open thinking and continuous improvement.Responsibilities include: Supporting the creation and delivery of high-quality concept surface models within specific aero development groups using CAD software.Producing robust, FIA-legal geometry that is fit for purpose and ready for Wind Tunnel and Full-Scale release. Work closely with Aerodynamicists, Model Designers and other design teams to ensure efficient implementation of aero projects. Supporting the WSR process when required, ensuring accurate, regulation-compliant geometry. Play an active role in surfacing reviews and cross-functional discussions. Identify opportunities to improve design practices, processes and workflows. This role is about reducing friction in the development cycle. Cleaner geometry. Smarter processes. Faster iteration. Every surface you create should move us closer to lap time.About You: Technical skills matter, but mindset matters more. You’re not someone who stops at option A. You’re already thinking about options B, C, D and beyond and building concepts that can be iterated, refined and improved.You’re curious by default. You seek information widely, ask questions early, and use engineering first principles a