Sports Technology Driving Engineering Inspiration
At the National Automotive Innovation Centre in Coventry, researchers from Loughborough University’s Sports Technology Institute demonstrated how engineering in sport can catalyze interest in technical disciplines among young people. Senior lecturer Aimee Mears and PhD student Ieuan Phillips were invited to present at the annual celebration of the Lord Bhattacharyya Engineering Education Programme, a flagship outreach initiative of the Royal Academy of Engineering.
Their presentation highlighted how engineering innovations make sport safer, more accessible, and enable athletes to perform at their peak. Drawing on two decades of collaborative research with adidas, they showcased examples where design and materials science have translated directly into performance gains and injury prevention. This partnership, initiated in the early 2000s, has produced outcomes such as the sector-leading Climacool™ product range and engineering input into every major tournament football since 2004. The collaboration has also supported record-breaking performances and generated impacts extending well beyond the sports arena.
The University’s work with adidas was recognized in October as a joint winner of the 2023 Royal Academy of Engineering Bhattacharyya Award. This distinction honors sustained, strategic industrial partnerships that benefit society and merit national recognition. Both the Award and the Engineering Education Programme are funded by the Department for Science, Innovation and Technology in tribute to the late Professor Lord Kumar Bhattacharyya Kt CBE FREng FRS, a prominent engineer, academic, educator, and government advisor who founded WMG at the University of Warwick in 1980.
Launched in 2020, the Lord Bhattacharyya Engineering Education Programme is a five-year initiative aimed at widening participation in engineering. It focuses on attracting young people in the West Midlands from low-income backgrounds and groups currently underrepresented in the profession. Led by the Royal Academy of Engineering in close partnership with WMG, the programme delivers a comprehensive package of STEM-focused support. This includes grants to schools and colleges, teacher networking and continuing professional development opportunities, funded industrial secondments, and bursaries for students in further and higher education.
Professor Nick Jennings, Vice-Chancellor of Loughborough University, emphasized the value of connecting sports technology with STEM outreach. “I am delighted that Aimee and Ieuan were given the opportunity to present at the Academy’s flagship outreach programme. The University’s established partnership with adidas is the perfect vehicle for making STEM subjects accessible and relevant to a wider audience,” he stated. He noted that the collaborative research has brought iconic products to market, influenced all major tournament footballs since 2004, and delivered far-reaching impacts beyond sport. Jennings added that the £25,000 prize fund from the Bhattacharyya Award would be used to develop the talent pipeline and deliver outreach opportunities to support young people from underrepresented backgrounds.
The event also marked the awarding of six bursaries to talented engineering students, underscoring the programme’s commitment to nurturing future professionals. For attendees, the intersection of sports technology and engineering served as a tangible demonstration of how applied research can inspire the next generation of innovators.
From an engineering perspective, the work showcased by Mears and Phillips reflects the integration of biomechanics, materials engineering, and manufacturing innovation. In products like Climacool™, advanced polymer textiles are engineered to optimize airflow and moisture management, requiring precise control over fiber geometry and weave density. Similarly, football design has evolved through computational modeling of aerodynamics, coupled with empirical testing in wind tunnels and on the field, ensuring consistent flight characteristics under varying environmental conditions.
Such examples illustrate how engineering disciplines converge in real-world applications, making them relatable to students and enthusiasts who might otherwise view STEM as abstract. By linking these innovations to widely recognized sports products, the programme leverages familiarity to spark curiosity, potentially guiding more young people toward careers in engineering.
