14 france English-speaking jobs in Saint-Étienne

Travel within a geographical area covering several regions (Central and Eastern France).

diploma required, - No minimum level of French required, - Be a EU citizen or hold a visa to work in France

diploma required, - No minimum level of French required, - Be a EU citizen or hold a visa to work in France

diploma required, - No minimum level of French required, - Be a EU citizen or hold a visa to work in France

(F/M) Saint Etienne, France｜req4837 How to submit an unsolicited application?

diploma required, - No minimum level of French required, - Be a EU citizen or hold a visa to work in France

diploma required, - No minimum level of French required, - Be a EU citizen or hold a visa to work in France

collaborate with teams effectively.Context of work: You will work in Saint Etienne, a medium-size city of France

Blueprint Establish and lead a cross-functional working team with representatives from the US, Germany, UK, France

.### Location Location Address18 Rue Professeur Benoît Lauras, 42000 Saint-Étienne, France #J-18808-

This project develops and validates a global polarizability matrix (GPM) method for designing multi-functional metalens fiber endoscopes. The GPM method will be applied to a micrometric metafacet of an optical fiber and a millimetric metasurface at the tip of an endoscope. The goal is to design a silica metalens consisting of silicon sub-wavelength meta-atoms with multi-mode functionality for focusing light at different focal planes.

This PhD project investigates the synthesis, structure, and properties of bio-based and biodegradable polysaccharide microgels using reactive extrusion. The project will explore "Bottom-up" and "Top-down" macromolecular engineering strategies to enhance the molar mass of alginate, chitosan, and hyaluronic acid.

Develop an algorithm to track cellular lineages and model macroscopic dynamics in cancer emergence. The algorithm will simulate mutant emergence scenarios and correlate them with patient symptoms.

Design, model, and validate an optoelectronic acquisition chain for reading radioluminescent fiber dosimeters. The system will integrate SPAD or SiPM detectors, low-noise electronics, and thermal management.