Biomechanics Lab

Kinesiology & Health Science | College of Health Sciences

The biomechanics laboratory (160 Corbett Building) is an 1800 sq-ft facility that is located within the Division of Kinesiology and Health.

The laboratory includes a data collection area, a teaching area, and an office area. The biomechanics laboratory has the mission of using motion, force, and electromyography measurements to study human movements.

The major equipment of the lab includes Eight Vicon Bonita cameras and Vicon Nexus motion capture system with 64-channel analog capability, four Bertec Force Platforms, and a Delsys Myomonitor EMG system.

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Lab Members

Faculty

Dr. Boyi Dai

 

Students

Jacob Layer, Doctoral Student

A bearded man wearing a backpack.

Jacob began his undergraduate studies at Columbus State Community College before transferring to Capital University, where he earned a bachelor’s degree in health and sports science. While pursuing his bachelor’s degree, Jacob was a competitive powerlifter and a strength coach at The Spot Athletics. Jacob completed his master's degree at the University of Wyoming and stayed to pursue his doctoral degree. Jacob is interested in the biomechanics and motor control of Strength and Conditioning.  In his spare time, Jacob enjoys strength sports, eating all of the things, bow hunting, and hiking with his wife and dog.


Ling Li, Doctoral Student

A woman wearing a cowboy hat and demin overalls.

Ling Li comes from China. She was a physical education teacher in junior high for three years. Ling completed her master's degree at the University of Wyoming in 2021 and is pursuing her doctoral degree. Ling’s research direction is jump-landing mechanics and anterior cruciate ligament injuries. In her free time, Ling enjoys traveling and playing badminton. She is also interested in cooking.


Research

  • Understanding the mechanisms of exercise, sports, and work-related lower extremity, spinal injuries, and falls.
  • Development of effective injury prevention and rehabilitation strategies.
  • Analysis of sports techniques and performance.
  • Motor control and learning.
  • Jump-landing mechanics and anterior cruciate ligament injury risk.
  • Exoskeleton, manual material handling, and low back injury risk.
  • Perturbation and falls in workers and seniors.