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Research

The capture and analysis of motion is fundamental in the field of biomechanics�the study of the mechanics of a living body. Biomechanics combines the quantitative aspects required in engineering sciences to the qualitative aspects of biological science. By understanding the mechanical structures of a human body, biomechanical engineers can determine the likely movements and potential injurious speeds, accelerations, and forces associated with an event.

Motion capture and analysis systems offer a user both the ability to visually evaluate as well as the ability to objectively analyze the object. Since the field of biomechanics is diverse, the applications of such analysis can be numerous. For instance, quantitative results from motion capture and analysis can be critical in cases involving trauma, accidental or homicidal deaths, slips and falls, perception and reaction time, and human factors and ergonomics.

On a clinical level, areas such as orthopedics and gait analysis are a common area of interest for biomechanics. Biomechanical engineers work with physicians, physical therapists, sports trainers, athletes etc. in determining the efficiency of movement for preventing injuries and improving performance.

Field of Applications

  • Biomechanical research
  • Kinesiology
  • Neuroscience
  • Neurobiology

  • Exercise Science
  • Human Performance
  • Biomedical Engineering
  • Mechanical Engineering

Systems to use

Optical Solutions  

BTS SMART-D

Video-Based Solutions  

SIMI°Motion