15 natural-products positions in France

PhD student in bioprocesses (M/F)

of complex physico-chemical transformation processes. and biological, matter and energy. In particular, the Product Engineering research areas focus on the valorization of agro-resource protein products

PhD Thesis M/F : Intensification of ammonia synthesis for energy storage

technological maturity, CLAS, thanks to its transient nature, is well suited to the intermittent nature of renewable electricity production and allows the process to operate at atmospheric pressure, which is less

PhD Position : Planning of distributed renewable energy systems with machine learning

in the development of these decision support tools is to scenario the future evolution of energy consumption and production on the scale under consideration, as well as the costs of electricity and

Researcher in oral syntax and interactional analysis: fixed-term contract M/F

humanities. Our research unit has specialised in the study of linguistic usage, both in written and oral production, and in the use of new digital media, both in terms of the contexts and media used

Process Engineer

circular economy, waste recycling and natural resource management). You will be joining the Waste and Raw Materials (DEPA/DMP) research Unit and contribute to the scientific and technical production in

(M/F) PhD offer : Automatic prediction of intonation from speech gestures

, physiology and biomechanics, etc. Due to the nature of its research, Gipsa-lab is in direct and constant contact with the economic environment and society. Its potential as teacher-researchers and researchers

M/F: PhD: Localization and map building for a fleet of agricultural outdoor field robots

fleet of outdoor mobile agricultural robots concerns localization, including in the absence of GNSS signals: given a map of the environment (for instance, built up with natural landmarks), the robots

Design and study of an intensified Pillow-plate reactor for methanol synthesis based on CFD modelling

reaction products (methanol and water) from the reaction mixture, shifting the equilibrium towards higher methanol production. This strategy has been studied using other reactor designs with in-situ

Thèse de chimie organique (M/F)

reactivity and thus, a short lifetime. Cellular radicals are involved in physiological processes regulating redox signalling or immune defense. Increased production of free radicals may, however, result in

Segregations at grain boundaries and austenite grain growth: influence of residual elements from steel recycling (M/F))

to reduce its emissions to almost 0% by 2050 (carbon neutrality). One of the main ways to achieve this goal will be to increase scraped-based steel production by electric arc furnaces. The development