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resources according to the needs of the business. This is a highly customer focused role and you will need to be able to provide a high standard of professional service to a wide range of customers
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and led by Prof Graham Leggett. The aim of our five-year programme is to develop a new modular approach to the creation of photonic materials, inspired by structures found in biological photosynthetic
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performance. Research in the group is a mixture of experimental and computation work. A current key focus of the group is development of new multiscale modelling approaches, coupled with data driven modelling
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cultured cells, including neural progenitors and differentiated neurons. Perform protein/RNA/DNA extractions, western blotting, immunohistochemistry, quantitative PCR and MSD-ELISA. Data analysis. Undertake
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societal costs. Recently, computational models based on in vivo microCT images have shown high potential to assess the biomechanical properties of bones. In this project, we will aim to show that microCT
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volumes of data and high dimensional systems. We have two case studies in particular: intelligent transportation systems and search and rescue. In both case studies there are elements of data collection via
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to handle constraints and optimize the performance or economy of the system. One of the main barriers to adoption of MPC for power system control (and, indeed, large-scale systems in general) is its
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robots have the task to inspect underground sewer and clean water pipe networks. The robots are equipped with different sensors and with data from them can perform intelligent sensing and navigation
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directly with Professor Majella Kilkey on a programme of work around Borders and Care, exploring the topic of care and its intersection with migration, borders and bordering, including a focus on the care
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for low energy nuclear recoil signals for WIMP dark matter, and also contribute to the maintenance, operation and calibration of the experiment. Experience of estimation and modelling of backgrounds to low