Towards real-world analyses of biomechanics and performance in sport science

Struggling to turn advanced biomechanics and sensor data into actionable insights for products, athletes, or patients?

Struggling to turn advanced biomechanics and sensor data into actionable insights for products, athletes, or patients?

What You'll Learn
Discover how competitive sport can act as a high-performance testbed for innovation in motion analysis, wearable sensing, and machine learning. Using real projects from McGill’s MOTION Lab in running, cycling, and ice hockey, Dr. Philippe Dixon will show how sport-driven research translates into better performance prediction, product design, and rehabilitation strategies across research, clinical, and commercial settings.

Key Takeaways

• How to leverage elite sport as a sandbox for biomechanics and motion-analysis innovation
• Practical examples of integrating wearables, motion capture, and machine learning
• Strategies to translate lab findings into products, protocols, and performance tools
• Lessons from running, cycling, and ice hockey that inform health and rehabilitation

Who Should Attend
Researchers, clinicians, and R&D professionals in biomechanics, wearable sensors, motion analysis, sports engineering, and rehabilitation.

Save Your Spot
Join us to see how high-performance sport can accelerate your next breakthrough in motion, performance, and health innovation.

View full profile by clicking on the photo