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oxidation. This will entail working across the portfolio of research projects carried out by the Bristol UTC, with focus on assessing the performance and structural integrity of components in representative
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of Chemistry at the University of Bristol, supported by the EPSRC Grant EP/Y020731/1, Unpicking the influence of structure and solvent on the photochemistry of deprotonated keto acids. The project is a
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metamaterials. This new class of biomaterials will be able to adapt and learn from external mechanical inputs and will exhibit shape changing properties driven by phenomena such as piezoelectricity, hygromorphism
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of the blueprints of the selected prototype. This includes opto-mechanical design, integration with OEM components, control electronics and software. Supervision of the construction of the prototype components and
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The post-holder will be required to work on a project entitled ‘NFYA: a novel, potentially druggable, mechanosensitive mechanism of cardiac fibrosis’ under Dr Mark Bond’s supervision. The project is
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particularly in the areas of disability and child-computer interaction. You are interested in engineering novel edible interfaces using a range of construction materials and mechanisms, and in collaborating with