Innovation meets acceleration as Aramco Europe launches future mobility challenge at Silverstone

A group of secondary school students tackled some of the big challenges facing the future of mobility as part of an event at Silverstone supported by Aramco Europe and Manchester University.
The Innovation Lab: Next Gen Engineers event followed a high-octane July weekend at the home of British motorsport, which welcomed half a million people for the British Grand Prix.
The students aged between 14 and 16 from The Derby High School formed small teams and were tasked with designing a next-generation vehicle or future mobility solution.
The Derby High School Assistant Headteacher Lynn Provoost, said: “The Innovation Lab was a truly incredible experience that has created lasting memories for our students. We know they will never forget their visit to Silverstone and for some, the day may have opened a door to new possibilities shaping their future aspirations in ways that could truly change their lives.”
The students were encouraged to think beyond traditional materials and instead consider alternatives such as carbon fiber, bioplastics and recycled materials.
The event highlighted the role that science, technology, engineering and mathematics (STEM) play in conceptualizing future mobility. It is one of several STEM-focused initiatives supported by Aramco worldwide, such as the company’s long-term partnership with F1 in Schools, which fosters scientific innovation and engineering excellence.
Participants learned about developments in transport and mobility from partners Aston Martin Aramco F1 Team and Silverstone Museum and then worked in teams to devise innovative vehicle solutions, fostering critical thinking and teamwork.
Each team presented their final design in a short pitch to a panel of judges who evaluated the concepts based on originality, feasibility, innovation and quality of design.
Aramco sees STEM education as vital for preparing the next generation for the challenges of the future, driving innovation, and supporting economic diversification and technological advancement.
The company is also committed to educational initiatives that advance STEM education in underserved communities while highlighting different aspects of the energy, mobility and materials transitions.
The Innovation Lab: Next Gen Engineers event followed a high-octane July weekend at the home of British motorsport, which welcomed half a million people for the British Grand Prix.
The students aged between 14 and 16 from The Derby High School formed small teams and were tasked with designing a next-generation vehicle or future mobility solution.
The Derby High School Assistant Headteacher Lynn Provoost, said: “The Innovation Lab was a truly incredible experience that has created lasting memories for our students. We know they will never forget their visit to Silverstone and for some, the day may have opened a door to new possibilities shaping their future aspirations in ways that could truly change their lives.”
The students were encouraged to think beyond traditional materials and instead consider alternatives such as carbon fiber, bioplastics and recycled materials.
The event highlighted the role that science, technology, engineering and mathematics (STEM) play in conceptualizing future mobility. It is one of several STEM-focused initiatives supported by Aramco worldwide, such as the company’s long-term partnership with F1 in Schools, which fosters scientific innovation and engineering excellence.
Participants learned about developments in transport and mobility from partners Aston Martin Aramco F1 Team and Silverstone Museum and then worked in teams to devise innovative vehicle solutions, fostering critical thinking and teamwork.
Each team presented their final design in a short pitch to a panel of judges who evaluated the concepts based on originality, feasibility, innovation and quality of design.
Aramco sees STEM education as vital for preparing the next generation for the challenges of the future, driving innovation, and supporting economic diversification and technological advancement.
The company is also committed to educational initiatives that advance STEM education in underserved communities while highlighting different aspects of the energy, mobility and materials transitions.