Projects

Every young person deserves the chance to experience the benefits of surfing. Hang Loose is co-creating a safe, recognized, and accessible adaptive surfing program with young people and professionals for implementation...

Project BlueShift focuses on visibility, reach, and the societal impact of sport. The Hague University of Applied Sciences investigates how technology and audience analysis can increase the impact of Paralympic sport.

This project maps how inclusive play areas are used, whether children with disabilities also visit them, and whether children with and without disabilities play together there.

Fatigue is the most debilitating complaint among young people with Acquired Brain Injury (ABI). This project aims to adapt an existing fatigue treatment designed for adults to suit adolescents.

From knowledge to action: investigating wearable activity sensors to encourage physical activity.

Joining in, playing along and developing your full potential. Together, how do we ensure that children needing a wheelchair can get a properly fitting wheelchair in an efficient way?

The goal of AI running smoothly is to take the first steps toward identifying the risk factors for developing overuse injuries in wheelchair sports.

This research focuses on improving wheelchair performance in sports and rehabilitation. It measures wheelchair use, supports elite athletes and helps rehabilitation centers optimize guidelines.

For people undergoing rehabilitation, physical activity is very important, but it's often much less straightforward.

There is an increasing demand for technology in healthcare. I4H Academy develops training programs at the intersection of healthcare and technology.

The Movement Journey Compass centers on the question of what a smooth movement journey looks like from care to home.

Professionalization to make the leap from local action to systemic change for sport and physical activity.