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Neuromechanics Laboratory

Neuromechanics Laboratory

The Neuromechanics Laboratory in the Department of Kinesiology under the directorship of Dr. Adam Knight and Dr. Harish Chander focuses on a comprehensive biomechanical, neuromuscular, motor learning and performance analysis of human movement. The aim of the lab is to enhance understanding in biomechanical, behavioral, neural, and cognitive mechanisms underlying human movements and to improve performance and prevent injuries in a variety of populations ranging from recreational, athletic, occupational, geriatric and special populations.

Check out our research: Neuromechanics Laboratory - We Ring True!

Directors of the Neuromechanics Laboratory 

NM Lab 2023

Current Doctoral Students

  • Aaron Griffith
  • Hunter Derby
  • Nate Conner
  • Kristy Gourley

Current Masters Students

  • Aleigha Nance
  • Megan Moorehead

Lab Alumni

  • Dr. Sachini Kodi - Assistant Professor - Weber State University
  • Dr. Alana Turner - Assistant Professor - Coastal Carolina University
  • Dr. Hunter DeBusk - Human Factors Engineer - Boeing
  • Dr. Chris Hill - Assistant Professor - Northern Illinois University
  • Dr. Jeffrey Simpson - Assistant Professor - University of West Florida
  • Hannah Freeman - Doctor of Occupational Therapy Student - University of Alabama-Birmingham


Human factors and ergonomics research focuses on population such as military, firefighters, warehousing, construction and manufacturing. Clinical and sports biomechanics research focuses on chronic ankle instability, pediatrics, geriatrics, and on athletes at various levels in a variety of sports.

Human Factors and Ergonomics

  • Physical and cognitive ergonomics
  • Safety promotion and injury prevention
  • Slips, trips, and falls
  • Fall prevention
  • Postural control and balance training
  • Workload, work task and fatigue
  • Virtual reality (VR)
  • Wearable technology and sensors
  • Personal protective equipment (PPE)
  • Occupational footwear

Clinical and Sports Biomechanics

  • Performance enhancement and injury prevention
  • Chronic ankle instability
  • Foot-ankle biomechanics
  • Balance assessment and training
  • Wearable technology and sensors
  • Ergogenic aids
  • Sporting and casual footwear
  • Adapted physical activity in pediatrics
  • Fall prevention in obese and geriatrics

Research Funding

Projects funded by National Institute of Occupational Safety and Health (NIOSH), Occupational Safety and Health Administration (OSHA), National Science Foundation (NSF) [NSF-PFI, NSF-MRI, NSF I-Corps], National Heart, Lung, Blood Institute (NHLBI), Mississippi Center for Clinical & Translational Research (MCCTR).

Research Publications

Click here for a full list of research publications


  • 8-camera Motion Analysis motion capture system
  • 8-channel wireless Noraxon EMG system
  • 16-channel wireless Delsys EMG system
  • 32-channel EMOTIV EEG system
  • 14-channel EMOTIV EEG system
  • Dual AMTI force plates with walkway
  • BTrackS balance platform
  • HTC Vive Pro-Eye - Full VR system with eye tracking
  • Blazepod cognitive response time trainer system
  • Foot arch height measurement index tool
  • Pressure pain algometer
  • Digitimer electrical stimulator
  • Fall harness system
  • Treadmill and cycle ergometer
  • Multiple exercise tools for fatigue induction
  • Motorsport racing simulator with cockpit (Xbox Gaming Console) for E-Sports/E-Racing/Sim-Racing

Research Collaborators​​​​​​

  • Athlete Engineering and Human Factors, Center for Advanced Vehicular Systems (CAVS)
  • Industrial Systems and Engineering
  • Electrical and Computer Engineering (Sensor Lab and Radar Lab)
  • Computer Science and Engineering (Hi5 Lab)
  • Mechanical Engineering
  • Agriculture and Biomedical Engineering (NERD)
  • Fashion Design and Merchandising
  • Building Construction Science

Current and Prospective Students

Undergraduate Students:

  • Neuromechanics Research Group (NRG) – Undergraduate Research Club.
    This organization is for students interested in Neuromechanics research. Neuromechanics is a field of study that focuses on the effects of neural interventions on muscle activity to produce human movement. The goal of the group is to further understand the nature of neuromechanics and how it can be applied to real world situations.
    To become a member, you must meet the following requirements:
    • Interested in Neuromechanics research
    • CITI certified through the IRB website to conduct human subjects’ research
    • Have a cumulative GPA of 3.0 at the time of membership. Freshman must have at least 12 hours of college credit at MSU to be eligible for membership.
  • For other research opportunities, please contact Dr. Knight and Dr. Chander.

Graduate Students:

  • Masters’ students who want to opt for the “thesis” or the “directed individual study (DIS)” concluding option and interested to do this in the Neuromechanics Laboratory, should contact Dr. Knight and Dr. Chander, as early as possible into their respective academic curriculum.
  • Potential Doctoral students, interested in Neuromechanics, please contact Dr. Knight and Dr. Chander.
  • Graduate students who are interested in the Neuromechanics Laboratory are welcome to attend our weekly research meetings. Follow us on Twitter @MSU_NMLab for the most recent updates and meeting times.


Prospective Students

Thank you for your interest in the Neuromechanics Laboratory. The NM Lab focuses on research encompassing neuroscience and biomechanics and offers research, learning, directed individual studies (DIS) and internship opportunities, working with one or multiple faculty members, based on your research interests.

Contact Us

216 McCarthy PO BOX: 6186
Mississippi State, MS 39762

The Neuromechanics Laboratory's research core faculty members include Drs. Adam Knight, Harish Chander, Zhujun Pan, Chih-Chia Chen, Zack Gillen and John Lamberth. 

Follow us on Twitter

For more recent lab updates and ongoing research, please follow the Neuromechanics Laboratory @MSU_NMLab on Twitter.