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to bacterial infection using qPCR, and potentially also RNAseq and computational bioinformatics. You will be integrated within a broader network of dynamic, enthusiastic researchers using zebrafish infection
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aerospace structures. We plan to adapt these methods for thin coated membranes. As part of a team, you will develop mathematical and computational models, as well as lead the experimental work. You will work
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not just be sitting at your desk all day using a computer, this EngD is a unique mix of hands-on lab work, experiments and computer modelling. You’ll: Use computational fluid dynamics (CFD) to model how
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to hygiene and cleanliness, assessed at Application/ Interview Experience of using computers and basic IT skills, assessed at Application Excellent customer service skills, with experience of responding
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programme in this area at The University of Sheffield, led by the primary supervisor Dr Dan Geddes, and co-supervisor Dr Brant Walkley, in collaboration with Sellafield Ltd. and National Nuclear Laboratory
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£35,000 research training support grant over four years. Whether it’s for experimental work, conference travel, or the latest computing gear, we’ll make sure you have the resources to succeed. Work with the
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of such program could be done in case of it was necessary. For instance, for the linkage of new material models or certain numerical features such as a new finite element. This research will benefit from excellent
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Deadline: Applications accepted all year round Details The aim of this PhD programme is to develop efficient numerical strategies for the prediction and assessment of fracture. Our group has got success in
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clinical and non-eating-disordered individuals. However, it does not work to the same degree for all individuals, and is not implemented in the same way by all clinicians. This research programme will
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2016). This program will develop the 2nd generation of ingestible, magnetically controlled robots and tools that will replace conventional surgical tools. We require applicants to have either