My journey began at InHolland University of Applied Sciences, where I am currently pursuing a bachelor’s degree in Aeronautical Engineering. Throughout my studies, I developed a strong passion for innovation and sustainability, particularly in the motorsport sector. This passion led me to join Forze Hydrogen Racing, where I have the opportunity to refine my understanding of suspension dynamics—not only by adjusting key parameters but also by fully assembling and disassembling the suspension system.

As a Vehicle Dynamics Engineer, my primary focus is on optimizing the suspension setup to maximize the stability and handling of the Forze F9. Working closely with the race engineer, I fine-tune the system based on telemetry data and driver feedback, making precise adjustments to heave springs, anti-roll bars, toe, and camber. A critical aspect of this process is finding the perfect balance between stiffness and flexibility, ensuring the car remains stable while adapting to varying track conditions.

The challenge of working with a hydrogen-powered race car pushes me to think beyond conventional engineering, embracing innovative solutions to optimize performance. Through this work, I contribute to advancing the future of sustainable motorsport, pushing the boundaries of hydrogen-powered racing technology.