Marie-Claude Heuzey

Papers

Total Citations

102

H-Index

About

Marie-Claude Heuzey is a prominent researcher specializing in polymer rheology, processing, and advanced manufacturing techniques, with particular expertise in biopolymers and microfabrication. Her work sits at the dynamic intersection of materials science and biomedical engineering, where she has made significant contributions to understanding how polymer systems behave under processing conditions. Among her most impactful contributions is her research into solvent-cast printing for three-dimensional freeform microstructures, which has garnered over 100 citations. This landmark 2014 study demonstrated the remarkable versatility of polylactide-based inks in constructing complex geometries — including filaments, towers, scaffolds, and freeform circular spirals — through robotic deposition techniques. By rigorously characterizing the properties of these polymer solution inks, Heuzey and her collaborators provided the field with a foundational framework for optimizing microfabrication processes, directly advancing applications in tissue engineering and biomedical device development. Her research has had a meaningful impact on both academic and applied communities, informing the design of biodegradable materials and next-generation biofabrication platforms. Students and researchers working in polymer processing, 3D bioprinting, or sustainable materials will find her body of work an essential reference point in the field.