Engineering

Marist College – Motion Analysis Laboratory

A state of art education centre training movement analysis specialists for sport and clinical market

Marist College – Motion Analysis Laboratory
Project summary
Country:
USA
Type of structure:
University
Field:
Engeneering
BTS used technologies::
BTS GAITLAB

The Doctor of Physical Therapy (DPT) program aims to contribute in three areas: teaching, research and service to the society. Sessions in the laboratory enable us to analyze movements and, thus, improving sport injuries’ prevention and enhancing the quality of life of people with neuromuscular disorders.
Achievement of the DPT program is accomplished by educating students who will become autonomous movement specialists prepared in the examination, evaluation, diagnosis, prognosis, and intervention of impairments, functional limitations, and disorders of the musculoskeletal, neuromuscular, cardiovascular, pulmonary and integumentary systems. Graduates will integrate critical thinking with ethical and professional judgment in all aspects of practice, teaching, research, collaboration, and consultation. They will be service-oriented professionals dedicated to achieving optimal participation of their patients/clients by using health promotion, evidence-based and innovative strategies.

Provided services

The Motion Analysis Laboratory is a teaching and research facility that mainly focus on:

  • – Gait analysis of children, amputee and people with neuromuscular disorders in order to facilitate clinical decision-making and assess treatment efficacy
  • – Movement analysis research for neurological rehabilitation
  • – Postural control analysis research for neurological rehabilitation
  • – Running analysis for preventing injuries
Why BTS

The use of BTS technologies helps to clarify medical decision making and the outcome of interventions.
Indeed, the integration of SMART DX, P-6000 in-ground force plates and wireless EMG simultaneous allows full kinematic, kinetic and muscle activation gait and functional analyses. Such relevant information can be used in rehabilitation fields, for example to establish an optimized plan of care in a rehabilitation program, plan interventions, and monitor the treatment programs.
The BTS systems are also used for training our DPT students during their doctoral studies.