Beyond the lecture hall: What Formula Student teaches us about the future of engineering

When people think about engineering, they often think about breakthrough innovations and moments of inspiration. In reality, successful engineering is rarely about getting everything right the first time. More often, it is about learning, adapting, collaborating, and continuously improving.

Few environments illustrate this better than Formula Student, where university teams spend months designing, building, testing, and refining their race car under real-world conditions. One such team is Rennteam Uni Stuttgart. During the 2026 season, the students developed the X0711-3, an all-electric race car that became the lightest vehicle at Formula Student Germany. Working closely with industry partners such as Borouge International, the team tackled challenges ranging from lightweighting and materials selection to component design and manufacturing.

We spoke with Tim Schüle, Marketing & Management Lead at Rennteam Uni Stuttgart, about innovation, teamwork, and the lessons Formula Student offers for the future of engineering.

Formula Student is often described as much more than a racing competition. What does it teach students about innovation?

At university, you learn a lot of theory. Formula Student is where you put that knowledge into practice by applying it to a real race car.

What makes the experience so valuable is that innovation hardly ever happens through one big breakthrough. Most of the time, it comes from continuous improvement. You develop an idea, test it, identify weaknesses, and refine it. Then you repeat the process.

Every year, new students build on the knowledge and experience of previous teams while trying to improve the car in many different areas. At the same time, they learn an equally important lesson: engineering is about managing trade-offs and making compromises. Every decision requires balancing performance, weight, reliability, cost, manufacturability, and time.

That mindset of continuous improvement and informed compromise is what drives innovation, both in Formula Student and in professional engineering.

Your season didn't start exactly as planned. What did that experience teach the team?

One of the toughest decisions we made was withdrawing from the competition in Switzerland. Of course, we wanted to compete, but we knew the car needed more testing before it was ready. It wasn't an easy call, but it was the right one from an engineering perspective.

Looking back, that moment taught us an important lesson: engineering isn't about getting everything right the first time. It's about honestly assessing where you are, recognizing what needs improvement, and being willing to put in the work to get there. The additional testing time helped us further develop the car and contributed to the progress we made throughout the rest of the season. Ultimately, the team achieved six discipline podiums, finished second overall at Formula Student Czech Republic, and fielded the lightest vehicle at Formula Student Germany. Those results reinforced the value of taking the time to get things right.

Lightweighting was a major focus for the team in 2026. How did you approach that challenge, and what role did Borouge International play?

Weight affects almost every aspect of vehicle performance, so lightweighting was one of our key development objectives from the outset.

What makes this achievement particularly rewarding is that it was not the result of a single breakthrough. Instead, it came from countless improvements across the entire vehicle. Over time, those small gains accumulated and helped us achieve our goal.

One example was the development of lightweight injection-molded battery module end plates using Fibremod™ FF311SF. These components form part of the vehicle's high-voltage battery system and helped us reduce weight while maintaining the required mechanical performance. Together with Borouge International, we explored different design and material solutions to achieve that goal.

But the partnership was about more than materials. The technical discussions were equally valuable. Having access to industry experts gave us the opportunity to exchange ideas, evaluate different approaches, and gain a better understanding of how engineering decisions are made in an industrial environment.

At the same time, performance is never the only consideration. It's not enough to have a fast car for a single lap if it cannot perform consistently throughout an event. Reliability is just as important as speed. The real challenge is finding the right balance between lightweight design, performance, and durability, and that's something we continuously work to improve.

Can you share an example of teamwork making a real difference during the season?

One moment that stands out happened during Formula Student Austria. We faced challenges during the rain test, which affected our participation in some disciplines. What impressed us most was the support we received from other teams. Even though everyone is competing against one another, there is a strong sense of community within Formula Student.

Teams share knowledge, offer advice, and help each other overcome technical challenges. That experience reminded us that engineering is ultimately a collaborative effort. For me, that spirit is one of the most special aspects of Formula Student.

Partnerships are often described as learning opportunities for students. Is the learning a two-way street?

Absolutely. Industry partners bring valuable experience and practical knowledge. Students bring fresh perspectives because we approach challenges without years of established habits and routines. We're usually prepared to explore unconventional ideas or look at problems from a different angle.

At the same time, we stay in close contact with alumni and previous team generations because their experience is incredibly valuable. Bringing together fresh ideas and accumulated knowledge is often where the best solutions emerge. That's what makes partnerships so valuable. When academic curiosity meets industrial experience, both sides have the opportunity to learn.

Innovation through learning

The X0711-3 may be remembered as the lightest vehicle at Formula Student Germany 2026, but its greatest achievement cannot be measured in kilograms or competition points.

Formula Student creates an environment where future engineers learn how to turn ideas into reality, navigate challenges, and collaborate across disciplines. By connecting academic curiosity with industrial expertise, partnerships such as the one between Borouge International and Rennteam Uni Stuttgart help prepare the people who will shape the future of mobility.

As technologies continue to evolve, one thing remains constant: innovation does not happen in isolation.The future of engineering belongs to those who are willing to learn, adapt, and build together.