Andrew Godbout
Papers
1
Total Citations
13
H-Index
1
About
Andrew Godbout is a researcher whose work sits at the intersection of biomechanics, computer vision, and sports science. His most recognized contribution, the 2012 paper *"In Situ Motion Capture of Speed Skating: Escaping the Treadmill,"* has garnered 13 citations and represents a pivotal shift in athletic performance analysis. Godbout’s key innovation was leveraging the then-nascent Microsoft Kinect depth imager to capture full-body motion data outside the constraints of a laboratory treadmill. By demonstrating that affordable, consumer-grade depth sensors could be used for in situ, ecologically valid motion capture, he opened a cost-effective pathway for analyzing complex, high-velocity sports movements in their natural environment. This work directly challenged the prevailing reliance on expensive, multi-camera marker systems, making biomechanical analysis more accessible to coaches and smaller research programs. Godbout’s research is notable for its pragmatic focus on narrowing the application domain—specifically, the unique kinematics of speed skating—to achieve robust, real-world results. His contributions continue to influence the development of portable, markerless motion capture systems for sports training and rehabilitation.
Research Focus
Key Achievements
Top Papers
- 1In Situ Motion Capture of Speed Skating: Escaping the Treadmill13 citations · 2012