Oxford Brookes Racing Creates Formula 1 Engineers Through Student Competition

At Oxford Brookes University, more than 100 students are crafting sophisticated race cars that could become their tickets to Formula 1 careers, building technology that rivals professional motorsport while competing for the attention of industry recruiters facing thousands of applicants for each engineering position.

Oxford Brookes Racing represents the United Kingdom most prestigious Formula Student program, having accumulated more design awards than any other British university while consistently occupying top positions in international competition. Their success extends far beyond academic achievement, creating a direct pipeline to Formula 1 that has placed alumni within every team on the current grid.

Thomas Cawdery, a team manager and third-year motorsports technology student, emphasizes the program role in developing the invisible workforce behind Formula 1 glamorous facade. A lot of the coverage on TV is based around the drivers, but not really the actual engineers, he explains. This is what you do not see in Formula 1. The engineers who make it happen.

The complexity of Oxford Brookes student-built cars often exceeds what professional Formula 1 teams are permitted to develop. While power limitations exist for safety reasons, the technical sophistication rivals or surpasses what fans see on race weekends. They are the same if not more complex than Formula 1 cars, Cawdery notes, highlighting innovations like torque vectoring that remain banned in professional competition.

Torque vectoring technology allows individual wheel control through separate motors, enabling precise cornering assistance and improved traction control that Formula 1 regulations prohibit. This freedom to innovate beyond professional constraints attracts industry attention from engineers seeking creative solutions to technical challenges.

The program student-run structure creates an authentic professional environment where participants teach and learn simultaneously. Across two campus buildings, teams hand-shape carbon fiber chassis components while computer simulations generate enough heat to make working conditions uncomfortably warm. Every aspect of car development remains under student control.

Emma Deery, a first-year mechanical engineering student, represents the program commitment to improving motorsport gender balance. While professional teams typically feature fewer than 10% female engineers, Oxford Brookes Racing has achieved significantly better representation with numerous women in leadership positions. In the industry, a lot of women find themselves the only woman on their team, Deery observes. Here it is different. We have a lot more women in leadership roles.

Legendary former team principal Ross Brawn has recognized Formula Student unique innovation potential, stating There are two really innovative forms of motorsport left. One of them is Formula 1 and the other one is Formula Student. This endorsement reflects how student teams unrestricted development rules encourage creative engineering approaches that professional series cannot explore.

The program proximity to motorsports valley provides crucial advantages for student development. Located within an hour drive of Red Bull, McLaren, Alpine, Mercedes-AMG, Cadillac, TGR Haas, Williams, and Aston Martin headquarters, Oxford Brookes students can conduct Silverstone testing during lunch breaks while accessing the same parts suppliers used by professional teams.

Robin Bailes, currently an engineer at Mercedes and former Oxford Brookes competitor, explains why Formula Student serves as an effective recruitment tool. What some teams create in terms of engineering is very high level, he notes. And generally speaking, Formula Student has very open rules, so innovation comes through from students that you might not see in traditional motorsport.

This summer competition will feature 103 teams from 27 countries competing at Silverstone, creating a global showcase for emerging engineering talent. The international scope reflects Formula Student evolution into a worldwide talent identification system for motorsport most prestigious positions.

Sebastien Cavedon, operations manager from Switzerland pursuing his motorsports engineering masters degree, describes the transformative nature of joining Oxford Brookes Racing. Honestly, being from a country where motorsport is not that big of a deal, then coming here where motorsports is huge, it is really life changing, he reflects.

With engineering positions at Formula 1 teams attracting over 10,000 applicants each, Oxford Brookes Racing track record of placing graduates throughout the sport demonstrates the program exceptional effectiveness in developing industry-ready professionals who understand both technical excellence and collaborative teamwork essential for motorsport success.