Marshall University’s Master of Science in Biomechanics remains the only true biomechanics graduate degree in the state of West Virginia. The program offers two options: a comprehensive track and a sports science area of emphasis. The course of study for the M.S. in the Biomechanics degree is a two-year program with a 36-hour requirement.
The program provides advanced knowledge in biomechanics particularly related to performance enhancement and injury prevention. Students focus their academic coursework on developing the ability to understand and apply the principles of biomechanics when serving as a movement analyst in competitive and recreational sport situations, as well as in the workplace.
Biomechanists work with physicians, physical therapists, athletic trainers, coaches, and athletes to determine the efficiency of movement to prevent injuries and improve performance. Affiliations with healthcare providers and access to the latest technology in research equipment and software make Marshall University a perfect environment for this program.
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All students have the chance to work within our Marshall University Biomechanics Lab, which is home to state-of-the-art motion sensors and equipment necessary for any biomechanist. Graduates of both programs will leave Marshall with the hard and soft skills to confidently work within any setting requiring an understanding of human movement.
Students in our Biomechanics program gain access to two world-class biomechanics professionals who have conducted movement research in a variety of academic and athletic settings. Students consistently cite the experience and dedication of the faculty as a leading reason for their career success and satisfaction with the Biomechanics program at Marshall University.
The Biomechanics – Sports Science Area of Emphasis was designed for students and professionals seeking further education in how to use technology to improve human movement and performance using an interdisciplinary, application-based approach. The focus of this area of emphasis is the hands-on practicums leading to a final internship.
The U.S. Bureau of Labor Statistics (BLS) projects steady growth in fields related to biomechanics from 2023 to 2033. Advancements in medical technology, an aging population, and increased focus on health and performance contribute to this demand. Graduates with a Master of Science in Biomechanics are well-positioned for diverse and expanding career opportunities.
- Median Salary: $106,950 per year
- Job Growth: 7% from 2023 to 2033, faster than average
- Role: Apply engineering principles to design and develop medical devices, prosthetics, and diagnostic equipment.
- Median Salary: Approximately $82,000 per year (varies by setting)
- Job Growth: Data not specified by BLS; demand influenced by healthcare trends
- Role: Analyze human movement to assist in rehabilitation, injury prevention, and performance enhancement.
- Median Salary: Approximately $75,000 per year
- Job Growth: Data not specified by BLS; demand influenced by technological advancements
- Role: Design and develop artificial limbs and supportive devices to improve patient mobility.
- Median Salary: Approximately $70,000 per year
- Job Growth: Data not specified by BLS; demand influenced by sports and rehabilitation sectors
- Role: Study biomechanics of movement to enhance athletic performance and prevent injuries.
- Median Salary: $97,310 per year (architecture and engineering occupations median)
- Job Growth: Faster than average from 2023 to 2033
- Role: Develop robotic systems for surgical procedures and rehabilitation therapies.
