Jobs at Institut Mines-Télécom

Develop computational biomechanical models to predict LVAD-induced aortic remodeling. The fellow will model vascular responses, calibrate simulations using imaging and histological data, simulate fibrotic and aneurysmal changes, and identify safer patient-specific LVAD implantation and actuation strategies. The role involves machine learning, digital twins, multiscale modeling, and collaboration within a cardiovascular biomechanics research team.

Conduct research and innovation in soft electronics and optical sensing for artificial skin. Fabricate and characterize stretchable elastomer optical waveguides, integrate pressure- and temperature-sensitive materials, and validate complete sensing devices. The role requires hands-on laboratory and clean-room work, optical component integration, experimental setup development, and Python programming for test benches. The researcher will collaborate with international European project partners to demonstrate novel soft optical sensing technologies.

Conduct research and innovation activities in stretchable electronics and optical systems for artificial skin demonstrators. Fabricate and characterize elastomer optical waveguides, integrate pressure- and temperature-sensitive materials, incorporate LEDs and photodiodes, and evaluate complete devices. Work involves Python-based test benches, Arduino and Raspberry Pi electronics, hands-on experimentation, cleanroom fabrication, and rigorous scientific analysis.

PhD research to design and formulate eco-friendly conductive polymer:carbon dot hybrid inks, fabricate chemiresistive sensors via printed/thin-film techniques, characterize materials and devices, study organophosphate interactions, and develop prototypes tested under representative conditions.