Applied Biomechanist Researcher / August, 2025 — December

Led a biomechanics study comparing carbon-plated vs. non-plated cushioning by processing motion-capture data in Python resulting in quantified insights on peak force mRSI and sprint performance that informed future footwear testing protocols. Analyzed the carbon-plate effect using running-economy metrics highlighting individual variability and advancing understanding of muscletendon behavior in performance-footwear design. Configured and calibrated camera motion-capture systems across variable test setups ensuring accurate repeatable kinematic data collection that strengthened the reliability of experimental outcomes. Translated complex biomechanics data into digital visuals and video analyses enabling coaches and athletes to make data-driven footwear choices and increasing practitioner engagement through accessible actionable insights. Proposed and executed independent research protocols across multiple trials demonstrating end-to-end ownershipfrom hypothesis generation to data interpretationthat enhanced testing and technical efficiency.

Graduate Strength and Conditioning Intern, Sports Performance Research / September, 2025 — December

Evaluated force asymmetry and metabolic data using JASP translating lab findings into actionable insights that guided athlete performance optimization and training adjustments. Operated VALD ForceDecks and ForceFrame systems to measure strength power and asymmetry enabling data-backed load management and injury-prevention strategies for subjects. Managed graduate capstone research on carbon-plated footwear and running economy by integrating biomechanical and metabolic testing uncovering performance efficiency patterns relevant to advanced footwear design. Supported athlete testing sessions by coordinating data collection ensuring accurate calibration of lab equipment and maintaining high-quality repeatable measurement standards. Collaborated with faculty and peers to interpret biomechanical findings and identify key performance trends bridging scientific analysis with practical application for sport performance.

Head Sports Performance Coach / July, 2022 — August, 2025

Identified testing inaccuracies in co-ed jump assessment protocols and implemented force plate recalibration procedures improving jump metric precision and establishing scalable quality standards that enhanced athlete evaluation reliability. Assessed mRSI peak force and bilateral asymmetries in 200+ athletes using VALD ForceDecks converting biomechanical insights into tailored unilateral training protocols that reduced injury risk and improved power output. Applied Functional Range Conditioning (FRC) and internal joint training methodologies to build connective tissue resilience and neuromuscular control enhancing joint integrity and overall movement efficiency. Developed and executed integrated performance programs in sprint mechanics change-of-direction strength and power training resulting in measurable improvements in acceleration velocity and force production across diverse sport populations.