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Supervisors: Professor Sir Steve Jackson and Dr Mark O'Connor (AZ Partner) Course start date: 1st October 2026 Project details Targeted Alpha Therapy (TAT) selectively delivers high Linear Energy
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expected to perform high quality and internationally visible research with publications in high rank peer-reviewed journals. The candidate will join the Biomedical Signals and Systems group at the University
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intensive research during the last decade, high performances and recyclability are still considered as antagonist properties.2 On-demand catalysis appears as the most suitable technology to overcome
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an integrated zero-emission system and setting a new benchmark for sustainable innovation. This project will upcycle underutilised olive mill waste (OMW) into high-value products, including plant
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of electrical topologies (AC, DC, three-phase) and will integrate both standard and atypical wear cases. On this basis, high-performance artificial intelligence models will be developed. By combining neural
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and develop an improved design and maintenance framework for long-term performance and climate resilience. The project will assess the influence of various slope drainage systems on pore pressures
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interactions. Clone and express top candidates using high-throughput cell-free and bacterial systems. Perform structural and biophysical characterisation of designed enzymes Perform functional characterisation
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, intermediate, and final products. Collaborate with the design, set-up, and running of experiments. Perform plant-based ingredients texturization by high moisture extrusion, drying, and ripening processes
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. • Implementing and evaluating preprocessing steps to improve model performance and computational efficiency. • Comparing model performance and cost-efficiency with traditional detection methods. • Testing
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stacking, both high performance and (very) high density can be achieved by this concept. The mission will be to explore, understand and develop the fundamental physics of device operation. This will require