research
Is wearing an exoskeleton safe for the user?
The growing use of exoskeletons in industry is raising concerns about the safety of their users.
While exoskeletons used in rehabilitation can help patients regain functional movement by restoring asymptomatic joint coordination, what about exoskeletons used in industry? Long-term, repeated use of exoskeletons could lead to changes in motor behavior, or even musculoskeletal disorders. The answer to this question is all the more complex in that it’s not enough to focus solely on hand dynamics. As the human body is redundant, the same hand movement can be performed with different joint movements.
The aim of my research is to analyze the impact of exoskeletons on inter-joint coordination induced by repeated use of this type of device. I’m studying the short- and long-term effects of low amplitude perturbations generated by a robotic exoskeleton. I hope to contribute to a better understanding of the physiological and functional implications of exoskeleton use, paving the way for safer use of these rapidly expanding devices.

Last Posts about my research
Science Taille XX Elles
2025 Ambassador for the Sciences Taille XX Rlles initiative of the CNRS and the Femmes et Sciences association

CoordiMotion
CoordiMotion Application

R4 Seminary
Presentation for the R4 Seminary

PhD defense
PhD defense "Characterizing the after-effects of wearing an upper-limb exoskeleton on inter-joint coordination"

Humanoids Conference 2024
Poster Presentation at Humanoids 2024 Conference

Release of a toolbox for Inter-joint coordination metrics
Release of a python toolbox for measuring inter-joint coordination for multiple joints
Participation to TOM France Hackathon
Contributing to TOM France Hackathon to design solution for people with disabilities

ICRA Conference 2024
Presentation at ICRA 2024 Conference, in Yokohama, Japan
My PhD thesis project
My PhD project consists in understanding better human-exoskeleton interactions
Internship - Control of a Robotic Upper Limb Prosthesis at the Institute of Cognitive and Integrative Neuroscience of Aquitaine (INCIA)
Control of a Robotic Upper Limb Prosthesis at the Institute of Cognitive and Integrative Neuroscience of Aquitaine (INCIA), University of Bordeaux, within the Hybrid Sensorimotor Control Team
Participation to the EEA Competition
Participation to the EEA Competition