Marseille
Initial training, Continuing education
Number of credits: 120
AIMS
The "Engineering and Ergonomics of Human Movement" (IEMH) course aims to provide training in expertise in the analysis of human movement for scientific research and with the aim of integrating the user dimension (comfort, physiological capacities and biomechanics, cognitive aspects, etc. in the design of equipment and/or in ergonomic intervention and/or for scientific research into human-equipment interaction.
In particular, the training aims to provide all the useful knowledge on human movement in its multidisciplinary dimension. It aims to provide the skills to experiment, measure and analyze human movement using multidisciplinary tools (biomechanics, physiology, cognitive neuroscience, etc.) and modeling of humans and materials. These skills and knowledge will allow the student to evaluate and understand the user, the athlete, the patient as well as the task and the performance carried out. This understanding finds meaning for fundamental research but also for applied research in order to optimize tools, sports equipment, workstations, motor performance, Human-Material interfaces.
ADMISSION CONDITIONS
FUNDAMENTAL PREREQUISITES
Have validated a license.
FUNDAMENTAL PREREQUISITES
Knowledge and skills in Human Movement Sciences, in particular in biomechanics, physiology and behavioral neurosciences. Knowledge and skills in physics and mathematics. Knowledge and skills in engineering and ergonomics
LEARNING AND RESEARCH
The link between training and research (-company) is an essential part of the organization of the IEMH Master. In addition to the content of research methodology, the most recent knowledge of which feeds the courses offered, the training offers internships which can be carried out in the laboratory from the first year.
SCHOOL REGISTRATION
Typical courses can be access by- Initial Formation
- Continious formation
PROFESSIONAL SKILLS TO BE ACQUIRED
- Acquire knowledge and know-how to measure, analyze and model human movement
- Be able to design and propose innovative solutions to optimize HMIs, sports and medical equipment, performance, gerontechnology, ergonomics of objects and tasks
- Work in a team, manage projects, coordinate actors from various professions
INTERNSHIPS AND SUPERVISED PROJECTS
Supervised projects:
Multidisciplinary Transversal Teaching (80h M1) FIEA05CM and FIEB06BM
Red thread project (40h M2) FIEC18CM
Engineering project (30h M1) FIEBO4BM and FIEB05BM
Internships:
M1 internship: Reinvestment of the Pro research approach (2 months)
M2 internship: Professional integration (6 months)
LEARNING COURSES LIST
