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are able to overcome status conflict in these teams using an interaction process analysis methodology. Given the quantitative nature of this research, the successful candidate will have a very strong
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-Tavani Application Deadline: 10 July 2024 Details Project description The research project aims to explore the complex process of transformative value creation within service ecosystems. Through
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require a 1st or 2:1 degree in Engineering, Physics, Mathematics or similar discipline with strong mathematical skills. You will join the Brown Group within the Department of Chemical and Biological
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physics, he looks at how unconventional computing systems can be used to create energy efficient hardware for AI applications. He has particular interests in unconventional machine learning algorithms
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concretely it aims to uncover: How does technology impact upon the labour process in relation to; skill utilisation; autonomy and discretion; surveillance and monitoring; working time and performance
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speed up the process of masonry bridge construction. The project will also develop advanced digital design tools, targeting digital manufacturing approaches such as CNC carving where complex shapes
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less have investigated optimisation of environmental objectives with detailed modelling of bidding decisions. The candidate will require a 1st or 2:1 degree in Engineering, Physics, Mathematics
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campaign to promote physical activity or encourage recycling) by evaluating whether behaviour or outcomes following the intervention are statistically different from before the intervention or among a
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are triggered by biomechanical (e.g. mechanical loading or disuse) and biochemical (e.g. diseases or pharmacological treatments) stimulation. Therefore, the bone adaptation process is very complex as it involves
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increased growth factor secretion that are not attributable to immune cell cytokines, indicate that other molecules play an important role in the pathogenic process. ADAM17 is a membrane-anchored