Sustainable polymer chemistry focused on designing innovative materials through biomimetic approaches, with applications in nanostructured systems and environmental solutions.

Research in my group is centered around macromolecular engineering by biomimetic inspiration. We have many strands to our research portfolio that focus on developing strategies to control preparation of complex macromolecular topologies by designing new monomers, initiators and on-demand catalysts. Our research efforts are in turn primarily focused on sustainability on polymer science that includes both ‘green’ methodologies for polymer synthesis and development of strategies to tackle plastic waste and valorize carbon dioxide. To drive our chemical discoveries towards application, we work in close collaboration with engineers, biologists and medics across academia and industry.

Plastic Waste Treatment

Macromolecular Engineering

CO2 Valorization

Since 2022, our research endeavors have received substantial support and recognition through the esteemed research chair generously awarded by AXA, a global leader in insurance and financial services. This invaluable assistance aligns perfectly with our commitment to finding sustainable solutions in the fields of climate and health.

Information Sheet on the Research Topic

AXA Chair Inauguration (Video in French)

AXA Chair Information

Transforming our plastic waste and CO2 into new functional materials? This is an important part of our research project. The project seeks to unlock the potential of two emblematic waste products, carbon dioxide (CO2) and polyolefins – one of the most environmentally damaging families of plastics – to create new functional materials with superior properties. This is a highly innovative environmental issue at a time when the growing demand for plastics and the development of effective recycling methods have become global concerns.