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GREECE 2.0 · RESEARCH EXCELLENCE PARTNERSHIPS

IRONMAN

Prevention of InjuRies in team spOrts usiNg MAchine learNing and AI technologies

Consortium5 partners · 1 countries
RoleTechnical Partner — ML, XAI & User Interface
ProgrammeGREECE 2.0 · RESEARCH EXCELLENCE PARTNERSHIPS

Our role

Technical Partner — ML, XAI & User Interface

We built the machine learning and explainable AI models that estimate athletes' injury risk, and the user interface through which staff explore the data and predictions.

Impact and outcomes

  • Platform delivered for recording training and match load data from elite athletes
  • Explainable AI software delivered for predicting musculoskeletal injury risk
  • Season-long monitoring of 8 elite football and basketball teams, men's and women's
  • Decision-support interface for staff to explore athlete data and risk predictions

The challenge

Musculoskeletal injuries in elite team sports are rising as the number and intensity of matches and training sessions grow. They strain health systems, shorten athletes' careers and cost clubs heavily. Even with regular health checks, medical staff can't reliably tell which athletes are most at risk.

Our approach

IRONMAN monitored four football and four basketball teams, men's and women's, through a full competitive season, using GPS, accelerometry and inertial sensors. It assessed each athlete's physical and functional condition at three points across the season and recorded every injury. We turned the data into injury-risk predictions using machine learning, data mining and explainable AI, presented through a decision-support interface.