Are you motivated to contribute to a more efficient and sustainable production of pharmaceuticals? Do you want to explore nanotechnology for state-of-the-art biocatalysis ? Do you enjoy working at the interface between academia and industry? This project allows you to implement biocatalysis in flow chemistry applications.
Job Description The pharmaceutical industry is constantly searching for new molecular building blocks that can cost-effectively and sustainably be produced. Within the program CASSAFLOW we will develop a production process for multifunctional amino acids based on biocatalysis and flow chemistry that meets these requirements. You will immobilize enzymes in polymeric bowl-shaped nanoparticles to ensure that the catalysts remain active and can be applied effectively in the flow process. You will actively participate in the consortium with both academic and industrial partners. You are target-driven and can manage your activities well to achieve the project deliverables.
You are connected to the EIC transition project CASSAFLOW, where you work together with colleagues with much experience in the area of biocatalysis, amino acid production and flow reactors. You are furthermore embedded in the bio-organic chemistry group, especially the functional nanoparticles cluster (
https://www.tue.nl/en/research/research-groups/macromolecular-and-organic-chemistry/bio-organic-chemistry).
You are a postdoctoral scientist with an inquisitive mind who enjoys application-driven research. You are skilled in experimental work related to organic chemistry, biocatalysis and polymer science. You like to work in a multidisciplinary project and interact very well with your colleagues, with whom you want to collaborate. You have strongly developed communicative skills and you like to present your work, also to a broader audience.