Is a Research Engineer (IR2) at the BioTis Unit (INSERM U1026, University of Bordeaux) and a core member of ART Bioprint, a platform dedicated to laser-assisted biofabrication and bioprinting technologies. With a background in fundamental physics, he first specialized in ultrafast laser physics (high harmonic generation) before shifting toward applied optics in biomedical engineering, where he designed and developed innovative optical prototypes. At BioTis, Charles bridges laser physics and biomedical optics to create laser-based approaches for bioprinting and laser-induced ablation, enabling precise fabrication of biomaterials and tissue constructs. His work focuses on the development of advanced optical systems that support high-resolution patterning and cell deposition, contributing to the translation of physical technologies into regenerative medicine. Through his multidisciplinary expertise, he strengthens the link between physics and biology within the Bordeaux ecosystem for regenerative medicine (BxCRM).
