Exploring Digital Scanning Technologies at the Manchester Institute of Sport

At the end of November 15 students from the MSc Digital Design and Manufacturing course had the unique opportunity to visit the Manchester Institute of Sport for an immersive session on cutting-edge digital scanning technologies. The workshop was led by Daniel Evans, a current doctoral student and Sports Scientist whose research supports the Football Association of Wales.

Hands-On with Ultrasound

The day began with an introduction to ultrasound scanning, where students worked in pairs to measure thigh muscle thickness. Daniel explained how these measurements can correlate with physical performance, such as the ability to jump. This practical exercise gave students a real-world perspective on how biomechanics and imaging intersect in sports science.

Interdisciplinary Innovation

Daniel also showcased how the Institute collaborates with PrintCity to create custom 3D-printed guides that improve the accuracy of targeted ultrasound scans. This interdisciplinary approach highlights how digital design and additive manufacturing can enhance research in human performance.

MRI, CT, and 3D Anatomical Models

Students learned how MRI and CT scans can be imported into specialist software, segmented, and converted into 3D-printed anatomical models. This process is invaluable for education, research, and even clinical applications, bridging the gap between medical imaging and physical prototypes.

Instrumented Treadmill and Pressure Mapping

To conclude the day, students used an instrumented treadmill that measures pressure and force during jogging. The resulting pressure maps will be transformed into elevation contour models and 3D printed, providing a tangible representation of high and low pressure zones underfoot.

This visit demonstrated the power of combining digital technologies, sports science, and additive manufacturing to push the boundaries of research and innovation. For MSc students, it was an inspiring glimpse into how their skills can be applied in diverse, real-world contexts.