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/ X-ray crystallography and natural product research is required. Knowledge in enzymology, protein design, molecular biology, microbial metabolism, natural product analysis (LCMS, NMR etc.) and/or
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inverse and data-driven modeling, enabling quantitative interpretation and predictive design of complex magnetic systems.
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of an injectable hydrogel system for controlled drug delivery. You will design the hydrogel, tune its properties and subsequently functionalize it to achieve predictable drug release using state of the art
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methods and systems to overcome the limitations of today’s materials processing technologies. One particular area of interest is the design and fabrication of active structures through hybrid production
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: The project aims to develop a novel mechano-Raman imaging platform to map mechanical deformation in polymeric materials with high sensitivity. By combining the design of vibrational force probes with advanced
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crystallography and natural product research is required. Knowledge in enzymology, protein design, molecular biology, microbial metabolism, natural product analysis (LCMS, NMR etc.) and/or bioinformatics
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well as with clinical partners on the development of an injectable hydrogel system for controlled drug delivery. You will design the hydrogel, tune its properties and subsequently functionalize it to achieve
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regeneration and biomimetic tissue replacement, gene and cell therapy, stem cell biology and cancer, and translational neuroregeneration. Your responsibilities • Design, execute and lead a research project
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carbide ceramics. This project is a close collaboration between the Smart Materials Processing and Architectured Materials groups of the laboratory and focuses on the design, fabrication and
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of Psychology. There is a broad focus of research and teaching in the lab, including computational photography, media studies, science and technology studies, videogame studies, critical making and design, AI and