Matthew Zukowski
Papers
4
Total Citations
15
H-Index
3
About
Matthew Zukowski is a sport scientist whose research sits at the intersection of biomechanics, strength and conditioning, and elite winter sport performance. His primary focus is on the unique demands of long track speed skating, a sport characterized by asymmetrical, unidirectional loading. Zukowski has pioneered novel assessment protocols, including single-leg lateral and horizontal loaded jump testing, establishing their reliability and demonstrating their direct correlation with sprint skating performance (7 citations). He has also modeled the acceleration phases of the sprint start in elite skaters, providing coaches with a reliable exponential function to analyze velocity changes. A key contribution is his investigation of interlimb differences in multi-planar jump performance, using speed skaters as a model to understand how sport-specific loading creates mechanical asymmetries. Extending beyond skating, Zukowski has developed methods to predict maximal eccentric and concentric strength from countermovement jump velocity-load kinetics, offering a practical, field-based alternative to traditional strength testing. His work bridges laboratory rigor with on-ice application, providing actionable insights for coaches and athletes aiming to optimize performance and manage asymmetry-related injury risk.
Research Focus
Key Achievements
Top Papers
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