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Develop soft, 3D-printed hydrogel bioelectronics for next-generation neural interfaces. Job description A 4-year PhD candidate position is available in the research group of Achilleas Savva in
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microenvironment, and advance understanding of osteoinductive scaffold development in bone tissue engineering. Our three objectives are a) to rationally engineer hydrogels tuned to the specific mechanical
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ELiA (Engineering for Life Sciences and Applications) research team at LAAS-CNRS, which specializes in the development of microphysiological systems, microfluidics, hydrogel photopatterning, and the
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multidisciplinary team and possess a proactive, innovative approach to problem-solving in research. Desirable skills: Prior experience with hydrogel development, 3D cell culture techniques, and a thorough
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therapy. The successful candidate will join an interdisciplinary research team developing innovative living hydrogel systems for the treatment of wound infections caused by antimicrobial-resistant (AMR
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microfluidic contact lenses capable of collecting and analysing tear fluid in a controlled and non-invasive manner. By integrating microchannels, microvalves, and sensing functionalities into soft hydrogel
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biofabrication, biomaterials/hydrogels, CAD, additive manufacturing, or microphysiological systems is advantageous Good written and spoken English Strong motivation for experimental and interdisciplinary research
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://www.thomashermans.com/wp/ ) is a young research group working at the interface of supramolecular chemistry and fluidics. We design chemical reaction networks that are used to control hydrogel materials, and we have
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PhD Scholarship in Development of Cement-Free Living Building Materials for Sustainable Construction
on microbial biomineralization, design bio-based hydrogel systems, and explore their integration into extrusion-based 3D printing for sustainable construction applications. The project offers a unique
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, Polymer Chemistry, Responsive Hydrogels, Two-Photon Lithography, 3D Printing, Systems Chemistry Project Description Building on our pioneering work on pH-feedback systems and homeostatic synthetic cells