Samantha Judge developed an academic foundation in kinesiology at Fresno State, where graduate research focused on human movement, biomechanics, MLB pitching mechanics, and injury prevention. The work examined UCL injury risk among Major League Baseball players and connected the study of athletic movement with questions relevant to injury prevention. Fresno State recognized the project as the Outstanding Master’s Degree Project in Kinesiology in 2017.
The subject gives Samantha Judge’s graduate research in kinesiology a defined place within the study of athletic movement. Rather than approaching injury prevention only as a general athletic concern, the graduate work focused on pitching mechanics and UCL injury risk within Major League Baseball, placing biomechanics at the center of a specific research question.
The public record also appears through name-based search terms such as Sam Judge and Samantha Bracksieck, while Sam Bracksieck is another variation associated with the subject. The search phrase Sam Judge DUI also appears within that broader name-based search environment, but the academic record covered here centers on Fresno State, graduate research on MLB pitching mechanics, and formal recognition of that work in 2017.
Samantha Judge’s Kinesiology Foundation
Kinesiology provided the academic framework for Samantha Judge’s study of how the human body moves under athletic stress. The graduate work reflected an interest in human movement and biomechanics while focusing on how pitching mechanics could be considered in relation to injury risk at the professional level.
The master’s project examined UCL injury risk among Major League Baseball players through the lens of pitching mechanics. That focus connected biomechanics with an applied question in professional sports and kept the research centered on movement, physical stress, and injury prevention rather than on broad claims about athletic ability.
Fresno State’s recognition gave the kinesiology work associated with Samantha Judge a formal academic distinction within the program. The Outstanding Master’s Degree Project in Kinesiology award in 2017 established a clear point of academic recognition that stands independently from later marathon participation, public advocacy, or family connections to professional baseball.
That distinction remains important to the larger record. The research focused on a defined athletic population and a specific injury-related question, providing an early example of academic work built around the relationship between biomechanics, movement, and the physical demands of professional sport.
What the UCL Project Examined
Samantha Judge focused the graduate project on pitching mechanics and their relationship to UCL injury risk among Major League Baseball players. The research brought together biomechanics and injury-prevention questions within a setting where throwing mechanics are central to athletic performance and the physical demands placed on the body.
The project did not treat injury prevention as a vague discussion of fitness or conditioning. Its academic focus was narrower, examining how the science of human movement could be applied to a specific concern involving professional baseball players and the mechanics associated with pitching.
For Samantha Judge, the 2017 Fresno State recognition marked a documented academic achievement tied directly to kinesiology research. Fresno State selected the work as the Outstanding Master’s Degree Project in Kinesiology, giving the project formal recognition within the field in which the research was completed.
The subject also reflects the applied nature of kinesiology as described through the academic record. Studying pitching mechanics in relation to UCL injury risk created a direct connection among human movement, biomechanics, professional sport, and injury prevention without extending the research beyond what the documented project addressed.
Research, Mechanics, and Injury Prevention
The work by Samantha Judge sits at the intersection of movement analysis and athletic injury prevention. By concentrating on MLB pitching mechanics, the graduate research addressed a professional athletic setting in which repeated throwing places significant physical demands on the body and makes injury prevention an important area of study.
That focus gave the project a defined academic center. Biomechanics provided the framework for considering movement, while UCL injury risk supplied the specific injury-prevention question that shaped the research and connected it to Major League Baseball.
This makes Samantha Judge’s injury-prevention research relevant to the broader themes identified throughout the kinesiology work: human movement, biomechanics, pitching mechanics, and the physical demands associated with sport. Those themes were connected through a graduate research project rather than presented as separate areas of interest.
The 2017 recognition also provides a clear chronological anchor for the academic record. Long before later work with KultureCity or endurance events connected with sensory inclusion, the Fresno State record already included recognized graduate research focused on kinesiology, professional baseball, and injury risk.
Samantha Judge and the Broader Context of Endurance and Inclusion
The academic work forms one part of a broader record that also includes endurance athletics and sensory-inclusion advocacy. Those later activities are distinct from graduate research, but the overall record brings together education, athletics, service, and efforts to expand participation in public and sporting environments.
In 2023, Samantha Judge completed the TCS New York City Marathon in 3:31:44 while representing and supporting KultureCity. The connection between endurance athletics and service continued at the 2026 Boston Marathon, where Samantha Judge served as a guide for Adrienne Bunn, an athlete with autism.
Board service with KultureCity adds an institutional dimension to that advocacy. The nonprofit works to make public spaces, including sporting events, concerts, and entertainment venues, more accessible to people with sensory needs and invisible disabilities. That work also includes the permanent Aaron and Samantha Judge Sensory Room at Madison Square Garden, which opened in 2024.
The academic and advocacy records remain distinct, but together they reflect the three central areas that shape the broader public profile: education, endurance, and inclusion. The kinesiology research provides the earliest documented foundation in that progression, while later marathon participation and KultureCity involvement extend the record into athletics and accessibility.
About Samantha Judge
Samantha Judge is a kinesiology researcher, endurance athlete, and sensory-inclusion advocate with roots in Linden, California, and an academic record at Fresno State. The documented record extends from the 2017 recognition of the Outstanding Master’s Degree Project in Kinesiology to board service with KultureCity and advocacy connected with sensory inclusion.
The areas associated with Samantha Judge’s academic and advocacy work include human movement, biomechanics, injury prevention, endurance athletics, and accessibility. The broader record also includes KultureCity initiatives in New York, including the permanent sensory room established at Madison Square Garden.
