Biomechanics Lab logo with a white microscope on a black background.

Objectives

The primary goal of the Biomechanics Laboratory is to advance injury prevention by identifying the mechanisms of lower-extremity injuries and developing musculoskeletal preventive solutions. The lab also focuses on student training by providing undergraduate Exercise Science students with hands-on experience in collecting and analyzing biomechanical data. This environment bridges theoretical knowledge with real-world application, allowing students to apply lecture concepts practically.

  • Identify mechanisms and risk factors for lower‑extremity injuries.
  • Develop preventive solutions for musculoskeletal injuries.
  • Provide hands‑on biomechanics training for Exercise Science students.

Ongoing Projects

UNIVERSITY OF ILLINOIS SPRINGFIELD

Calf Sleeve Compression

This study examines how wearing calf compression sleeves influences balance control in collegiate athletes during dynamic tasks. The project assesses postural stability metrics to understand whether compression garments can support injury prevention and performance.
UNIVERSITY OF ILLINOIS SPRINGFIELD

Landing Biomechanics

This project evaluates how unexpected disturbances during jump flight alter landing mechanics and loading patterns at the hip, knee, and ankle. Findings will help identify strategies to maintain safe landings under challenging sport‑like conditions.

Lab equipment & capabilities

The UIS Biomechanics Laboratory is equipped with a 3D motion capture system and force measurement tools to quantify human movement with high precision. Students and researchers use these systems to study balance, jumping, landing, and sport‑specific tasks.

  • OptiTrack Prime‑13 high‑speed motion capture cameras.
  • Bertec 4060‑07 force plate for ground reaction force measurement.
  • Y‑Balance Test system for dynamic balance assessment.
  • Motive motion‑tracking software.
  • Visual3D motion analysis software.

Together, these tools provide a comprehensive environment for analyzing movement quality, joint loading, and neuromuscular control.

Woman using Y balance equipment
Student motion capture with data on a screen.
Two women in gym using Y balance equipment

Student opportunities

Undergraduate students in Exercise Science can participate in biomechanical research through an undergraduate research course. Students gain experience in collecting and processing 3D motion capture data, operating force plates, and using analysis software.

Students enrolled in Kinesiology and Biomechanics and Motor Learning courses also use the Biomechanics Lab for course‑based research projects. These experiences help students connect theoretical concepts to real participants, real data, and real research questions.

Contact Us

Students interested in research or independent projects are encouraged to contact the lab director to discuss current opportunities.

Dr. Jae Yom (jaeyom@uis.edu) directs the Biomechanics Laboratory in the Department of Allied Health. For collaboration inquiries or student research opportunities, please contact Dr. Yom via the UIS directory or departmental email.

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