Validation of a New Inertial Measurement System Abstract Arecent project by the IRSST supported the development of a measurement system and protocol that would make it possible to quantitatively assess material handlers’ physical exposure. This project proved the validity of an inertial measurement system to evaluate whole body kinematics in the laboratory and on the ground.Several systems exist, but the one tested by the research team is very expensive, which could dissuade companies and stakeholders from acquiring one for training novice material handlers. However, a very low-cost inertial measurement system recently came on the market. The aim of this activity is to assess this system’s accuracy. The researchers hope to make a new teaching approach available to OHS stakeholders, which will include enhanced feedback intended to improve novice material handlers’ competence at executing their usual tasks. Produced Under this Project Scientific Reports Validation of a New Inertial Measurement System to Estimate Human Body Kinematics: The Case of Manual Material Handlers Research Report: R-1100 Simplified Articles Un système de mesure inertiel abordable validé Volume 33, n0 4 Scientific Publications Validation of a low-cost inertial motion capture system for whole-body motion analysisRobert-Lachaîne X. , Hakim Mecheri, Muller A., Larue C., Plamondon A. Source : (2020). Journal of Biomechanics, 99. doi: 10.1016/j.jbiomech.2019.109520Validation of a low cost IMC system for whole body motion analysisHakim Mecheri, Robert-Lachaîne X. , Muller A., Larue C. , Plamondon A. Source : (2019). ISB / ASB 2019, (p. 1924). s.l. : International Society of Biomechanics. doi: 10.13140/RG.2.2.13033.24163 Other Project(s) You May be Interested in Expert/novice comparison of handling injury risksDevelopment of a manual handling training programHandling and women: from a biomechanical and ergonomic perspectiveImplementation of an integrated prevention strategy for manual handling: Study of factors influencing the transfer of learning following trainer training Biomechanical and ergonomic impacts of handling on obese workersDevelopment and implementation of a measurement system and a measurement protocol for quantifying the physical exposure of material handlersCritical Literature Review on Material Handling Training QualityAnalysis of the concept of margin of manoeuvre in ergonomics from the standpoint of human motor skill control Additional Information Type: Project Number: 2018-0036 Status: Completed Year of completion: 2020 Research Field: OSH and Sustainable Prevention Work Environment Team: Hakim Mecheri (IRSST)Christian Larue (IRSST)André Plamondon (IRSST)