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Biomechanics is the study of forces and their effects on living systems. Biomechanics provides advanced knowledge in biomechanics particularly related to performance enhancement and injury prevention.

Students focus their academic course work 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. As a culminating experience, students in the biomechanics sequence will complete a thesis, independent study, or professional practice.

In most cases, students accepted into this sequence will have demonstrated a high level of academic performance; however, some students may have alternative preparation for this sequence through work experience or academic training.

Depending on individual career aspirations, completion of the biomechanics sequence prepares a student for future study of biomechanics at the doctoral level, for employment as a research assistant with a corporate entity, or to serve as a member of a workplace safety team.

Biomechanics Faculty and Research Interests

Adam Jagodinsky, Ph.D.
Integrating principles of biomechanics and motor control to assess movement patter dynamics in athletic and clinical populations.

Mike Torry, Ph.D.
Biomechanics of human and biological systems with a focus on mechanisms of injury, injury prevention and performance optimization

Biomechanics Curriculum

Master of Science Core Requirements - 6 hours

  • KNR 497, Introduction to Research Methodology
  • KNR 445, Statistics in Applied Science and Technology

Biomechanics Sequence Core (12 hours)

  • KNR 342, Occupational Biomechanics
  • KNR 352, Quantitative Biomechanics
  • KNR 482, Advanced Biomechanics
  • KNR 490, Injury Biomechanics

Cognate Area - 3-9 hours in courses approved by biomechanics sequence coordinator

Culminating Experience - 3-6 hours with approval by biomechanics sequence coordinator

  • KNR 499, Master's Thesis, 6 hours
  • KNR 400, Independent Study, 3-6 hours
  • KNR 498, Professional Practice, 3-6 hours

Biomechanics Admission Requirements

In addition to meeting the criteria for acceptance into the Master of Science degree program in the School of Kinesiology and Recreation, students interested in the biomechanics sequence must have a bachelor's degree in exercise science or a related field, including appropriate course work.

If the bachelor's degree is from another discipline, you may be required to complete the following KNR undergraduate courses: Human Anatomy and Physiology (181 & 182, two semesters), Motor Learning and Performance (257), Exercise Physiology (280), and Biomechanics (282) before proceeding to the sequence core of biomechanics classes unless alternate introductory courses acceptable to the sequence advisor have been completed.

Recommended Sequence of Coursework

If you begin the program in the fall of an ODD year, your course schedule will look like this:

352 482 400.01 Thesis (6)
490 445 Cognate  
497 Cognate 342  

If you begin the program in the fall of an EVEN year, your course schedule will look like this:

490 482 400.01 Thesis (6)
342 445 Cognate  
497 Cognate 352  


Questions about Biomechanics?

Contact Dr. Mike Torry, Sequence Coordinator

Biomechanics Grad Student Links

Career Opportunities

  • Employment as a research assistant with a corporate entity
  • Serve as a member of a workplace safety team

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Kinesiology and Recreation
Campus Box 5120
250 McCormick Hall
Normal, Il 61790-5120
Phone: (309) 438-8661
Fax: (309) 438-5559

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