Cultivating Tomorrow’s F1 Talent: Inside the STEM Racing World Finals

Six Saudi Arabian high school students, members of Team Lynx Racing, celebrated their victory at the STEM Racing World Finals in Singapore. The youngsters received the 2026 trophy on the grand‑prix podium, met two‑time champion Fernando Alonso and toured an Aston Martin garage, hoping one day to return in team kit.

STEM Racing, which began in 2000 as “F1 in Schools,” gives young engineers hands‑on experience. Teams of three to six students design and build miniature CO₂‑powered cars that can reach speeds of up to 70 km/h on a 20‑m track, with regional winners advancing to the global finals.

STEM Racing World Final 2026 Singapore

Photo by: STEM Racing

The 2026 edition set a new record with 91 teams from 36 countries. Competitors use professional CAD software, CNC routers and 3‑D printed wings to create vehicles that undergo rigorous scrutineering. In addition to performance, teams are judged on marketing portfolios, brand development, pit‑booth displays and live presentations, leaving little room for free rides. The cost of traveling to Singapore also adds a practical dimension for teams of up to six students plus an adult guide.

STEM Racing World Final 2026 Singapore

Photo by: STEM Racing

The atmosphere was electric. “I think it’s important to gain experience, but I also love the competition element,” says Noah of Germany’s Spectrum team, which finished third. “You really learn to work under pressure as a team.” Aarav, team leader of Singapore’s Nebula, adds, “The level here is so high. It’s really interesting to see how other teams solve the same problems.”

Many alumni have turned the event into a springboard for F1 careers. Greece’s Kyriakos Theofanidis, winner in 2016, now works as a mechanical engineer at Red Bull Ford Powertrains. Australian James Mitchell, a recent World Finalist, joined Aston Martin, while Briton Laurence Vines designs structures at Williams and also serves as a mentor for the competition.

Vines recalls discovering STEM Racing at age 15 while searching for work experience. “I wanted to work in F1 and wrote to every team,” he says. “Not having any connections, I had no idea how to get in until I found this competition.” The programme introduced him to CAD, CFD and FEA simulations far earlier than university would have allowed. “At 15 I’m doing my first CAD, designing this miniature car under regulations that set you up for Formula 1,” he notes. He later earned a mechanical‑engineering degree at University College London and completed a placement at Williams.

STEM Racing World Final 2026 Singapore

Photo by: STEM Racing

Amy Martin’s path took a different turn. After leading an all‑girl team to a marketing award, she was selected for Williams’ Engineering Academy in 2016. The paddock visit, where she met Nico Rosberg, convinced her to pursue an engineering degree. She later moved into finance and now works as a financial controller at Mercedes HPP. “Confidence is the main thing,” she says. “When you present in front of world‑class F1 engineers at 15 or 16, it instills fearlessness. The kids are not just incredibly intelligent; they can articulate themselves on a world stage.”

STEM Racing isn’t just a boon for students; it’s increasingly important for F1 teams themselves. In a budget‑capped era, identifying engineering talent early has become critical, and most teams now run their own academies and graduate programmes. McLaren’s racing director Randy Singh explains, “All teams realise the importance of young talent. We have a strong graduate scheme, and many of those people are here at the track this weekend.” He adds, “Things like STEM Racing are super useful for kids of that age because it teaches you a lot about how a Formula 1 team works—design, research, marketing and commercial aspects.”

Randy Singh, McLaren Racing Director

Photo by: Peter Fox / Getty Images

Founder Andrew Denford, whose company supplies CNC tools to schools, believes the programme is entering a new phase after its 2024 rebrand. “You’ve got to educate people on why they need to teach STEM in school,” he says. The event now spans 77 countries, and the skill level is rising fast. Denford also highlights the expansion into entry‑level programmes for children as young as six, offering a scaled pathway into engineering.

STEM Racing World Final 2026 Singapore

Photo by: STEM Racing

F1’s popularity boom post‑Netflix has also boosted STEM Racing’s numbers. The competition now includes beginner programmes for six‑year‑olds, providing a progressive ladder from simple builds to the high‑performance cars seen at the World Finals.

When asked what he wants children to gain, Denford replies, “We want them to find out what their skill set is. Whether they see themselves as a team principal, aerodynamicist, manufacturing engineer, marketer or project manager, the six‑person team lets them discover where they fit. Then they can develop what they’ve learned and take it into the wider world.”

Wherever the future takes any of the 2026 finalists is uncertain—some may end up in F1 paddocks, others in aerospace, and some may chart wildly different career paths yet unseen. What is clear is that their Singapore experience has supercharged their skills, preparing them for whatever challenges lie ahead.

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