aim to understand and innovate in order to develop new therapeutic systems. The scientific approach combines experimental, theoretical and numerical approaches. 

Research focuses on the development of process engineering from natural products to therapeutic systems, and numerical modeling of fluid phenomena to better understand and treat pathologies. This work is based on innovative, environmentally-friendly technologies (supercritical processes, micro-fluidic processes, membrane processes, etc.), and on the construction of multi-scale numerical twins (from the cell to the organ) involving fluid-structure interactions with complex behavior laws (models of non-isotropic and hyperelastic living tissues, non-Newtonian fluids, viscoelastic fluids). 

Original, innovative technologies and methods help to meet the scientific and technological challenges of designing tomorrow's therapeutic systems.