Research summary

About our research

We are interested in the effect of technology on sport.

We work to improve athlete performance, reduce injury risks and increase participation in sport and exercise.

Our work is multidisciplinary and covers:

  • engineering
  • sports science
  • materials engineering
  • healthcare
  • image processing

We work alongside the Centre for Musculoskeletal Science and Sports Medicine to inform new designs, testing methodologies and fabrication techniques for personal protection equipment to reduce injury rates in sport.

Our research strengths include:

  • experimental mechanics
  • finite element analysis
  • advanced materials
  • user-centred design

Our staff are renowned sports engineers holding prestigious editorial roles. These roles are with Sports Engineering, the journal of the International Sports Engineering Association (ISEA), and the Routledge Research in Sports Technology and Engineering - Book Series

They hold influential positions at organisations including the:

Our facilities

We use bespoke test rigs, imaging facilities and software and computer-aided engineering tools.

Our facilities include:

  • computer-aided engineering software
  • material testing devices
  • cameras, including high-speed and digital image correlation software
  • instrumented drop tower impact rigs
  • bespoke sports equipment test rigs
  • engineering workshops and additive manufacturing devices, for rig development and prototyping

If you are interested in joining our group as a postgraduate research student, please contact us. Opportunities including Masters by Research and Doctor of Philosophy (PhD). For information visit postgraduate research study page.

A snowboarder holds out their hands while falling on a ski slope

Hear from our researchers

Dr Tom Allen and Dr Keith Winwood explain how their research is improving protective equipment through the exploration of materials, design enhancements and testing procedures.

Promoting wrist protection for snowboarders

Our research directly informed ISO 20320, a standard specifying the requirements and test methods for wrist protectors in snowboarding.

Our featured projects

Students and visiting academics

  • Research staff and students and notable alumni

    PhD students

    • Sukhdeep Murbay — Factors influencing the geometric dimensional accuracy of 3D printing/additive manufacturing in dentistry
    • Steve Spurrier — Bio-inspired design of climbing shoes 
    • Amador Chapa Cárdenas — based at Tecnológico de Monterrey — Metamaterials for sports applications
    • Olga Kravchenko, based at Rheon Labs - Computational design of metamaterials for sports applications

    PhD graduates

    • Dr Adil Imam — Finite element model of padded clothing in rugby 
    • Dr Guido Ascenso — Markerless motion tracking of swimmers 
    • Dr Charlote Moroney, now a swimwear designer and technologist at Sian Swimwear — Design and development of sports apparel with auxetic materials 
    • Dr Chloe Newton-Mann, now the secretary of the International Sports Engineering Association — Finite element modelling of snowboard wrist protectors
    • Dr Gemma Leslie — Wrist surrogate design
    • Ian Gatt, enrolled at Sheffield Hallam University and based at the English Institute of Sport — Wrist injuries in boxing 
    • Daniel Haid — based at Sheffield Hallam University - Smart materials for ice hockey helmets 

    Visiting researchers

    • Dr Luca Taraborrelli, funded by the Sapienza University of Rome — Historical development of tennis rackets
    • Mariafederica Parisi — Materials for impact protection

    Graduates

    • Thomas Baggott, employed by British Cycling, and now Designability — Development of an instrumented handlebar for a bike
    • Matthew Bagan, now an MSc Sports Engineering student at Sheffield Hallam University — Mechanical ageing of running shoes
    • Ryan Martin, now an engineer at BAE Systems — Mechanical ageing of running shoes