My research focuses on female athlete and warfighter health and wellness through musculoskeletal biomechanics. Using motion capture, force plates, wearable sensors, and musculoskeletal modeling, my lab quantifies how the female body moves under athletic demand, occupational load, and fatigue. I have three active research areas: ACL injury mechanisms and neuromuscular function in female athletes; sports bra biomechanics and its implications for apparel design, breast health, and athletic performance; and lower extremity injury risk in female tactical athletes and warfighters. I translate laboratory findings into evidence-based recommendations for product development, injury prevention, and clinical and operational practice.