Jean Michenaud
About Jean Michenaud
Jean Michenaud is a biomechanical engineer specializing in exoskeleton technology at Inria in Nancy, France. He holds a Master's degree in Human Movement Engineering from Université Paris-Saclay and has experience in both active and passive exoskeletons.
Work at Inria
Jean Michenaud serves as an Ingénieur Biomécanique Pour Exosquelette at Inria, a prominent research institution in France. He has been contributing to the development of exoskeleton technology since 2021. His role focuses on advancing both active and passive exoskeletons, applying his expertise in biomechanical engineering to enhance the functionality and usability of these devices. Based in Nancy, Grand Est, France, he collaborates with a team dedicated to innovative research in biomechanics.
Education and Expertise
Jean Michenaud holds a Master’s degree in Ingénierie et sciences du mouvement humain from Université Paris-Saclay, which he completed between 2018 and 2020. Prior to this, he studied at Institut de formation aux soins infirmiers La Roche sur Yon, where he earned a Licence in Santé from 2014 to 2017. His educational background equips him with a solid foundation in both healthcare and biomechanical engineering, enabling him to specialize in exoskeleton technology.
Background
Before joining Inria, Jean Michenaud worked as an Infirmier diplômé at Unique in Lausanne for eight months in 2017 to 2018. This experience in the healthcare sector provided him with practical insights into patient care and the application of medical technologies, which he now integrates into his work with exoskeletons. His transition from nursing to biomechanical engineering reflects a commitment to improving mobility solutions for individuals with physical challenges.
Specialization in Exoskeleton Technology
In his current role, Jean Michenaud specializes in the design and development of both active and passive exoskeletons. His work involves applying principles of biomechanics to create devices that assist users in movement and enhance their physical capabilities. This specialization is critical in addressing the needs of individuals requiring mobility support, showcasing the intersection of engineering and healthcare in his professional endeavors.