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a broad range of applications. The project has the following objectives: i) to further develop the LoB setup that incorporates microfluidics with miniaturized characterization techniques; ii
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the circulation. The same is true for the brain in neurodegenerative diseases like Alzheimer’s and dementia. If detected and measured, this DNA could be used to better diagnose and treat diseases. Importantly
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students are welcome to apply, but should note that the award will cover only the home fee amount (c. £5,000); the remaining international fee must be self-funded. You can find more information on the
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generation of items whilst ensuring system safety and efficiency. Whole-life cycle costs and sustainability of the proposed replacement approaches will form an integral part of the proposed multi-objective
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will explore co-printing strategies to create multifunctional UAS bodies with novel properties designed to withstand specific threats. The main objectives are: Identify and evaluate types of damage
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and methods. You can find faculty research interests on the staff web pages. If you have any general queries, please contact the PhD Director, Dr David Baxter, e-mail: d.baxter@soton.ac.uk and
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applicants Applicants must secure support from a QBS academic supervisor prior to applying (potential supervisors can be found here: Academic Staff Profiles or Find a PhD Supervisor ) Proposals must be
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these findings should be used to design AI agents that actually warrant our trust. You can find more information about our work and approach at the Project Website: https://research.kent.ac.uk/trust-moral-machines
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. There is an urgent unmet need to find new antibiotics against these pathogens (although little progress has been made in the last 40 years. Phenotypic screening has failed to find new compounds with novel
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interview system for university admissions. This project aims to improve the fairness, efficiency, and objectivity of student selection by reducing bias and subjectivity inherent in traditional interviews