Big-data game changer: Marquette develops a new generation of analytics-savvy sports scientists

Marquette University’s Master’s in Sports and Exercise Analytics program is addressing the growing demand for data-driven performance insights by training a new cohort of specialized sports scientists. Through partnerships with Division I athletics and Olympic organizations, the program integrates biomechanical research with advanced data science to optimize athlete conditioning and movement. This initiative highlights the critical shift in the sports industry toward using precision sensors and statistical algorithms to drive competitive advantages and injury prevention.

Founded in 2019 by Dr. Kristof Kipp and Dr. Paula Papanek, the SPRT program was established to meet the rising need for data expertise within professional sports and health-related disciplines. The curriculum emphasizes a hands-on approach, where graduate students spend two years rotating between practice facilities and laboratories to translate raw data from wearables and motion-capture systems into actionable coaching strategies. To further streamline the talent pipeline, Marquette recently introduced an accelerated five-year degree option that combines undergraduate and graduate studies, reflecting the industry's urgent requirement for professionals who can bridge the gap between exercise science and analytics.

The program’s impact is evidenced by its high-profile collaborations, most notably with USA Weightlifting and USA Track & Field. Since 2022, Marquette has hosted training camps for Olympic weightlifters, utilizing high-speed cameras and force-production scales to analyze millisecond-level biomechanical changes. Dr. Kipp and his team use statistical algorithms to identify correlations between movement efficiency and peak performance, specifically focusing on how energy transfer affects final outcomes. These insights are directly incorporated into the SPRT curriculum, allowing students to work with elite-level data sets as they prepare for the 2026 World Championships and the 2028 Los Angeles Olympics.

Within Marquette’s own Division I department, faculty like Dr. Danilo Tolusso are leading projects that utilize GPS tracking and 3D motion capture to monitor training loads for soccer and basketball teams. One significant study involves the women’s lacrosse team, where researchers cross-reference subjective fatigue surveys with biometric data to determine the accuracy of athlete self-reporting. This research is vital for the Sports & Analytics sector as it focuses on separating signal from noise to prevent injuries and optimize performance. Graduates of the program have already secured roles at organizations such as Atlanta United, Rutgers University, and the University of Oregon, signaling a robust market for specialists who can interpret complex human performance data.