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, biodiversity monitoring, and climate resilience. The work supports strategic priorities in Environmental Sciences, Software/Cyber. PhD researchers will explore how AI-driven Earth observation, computer vision
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vision systems addressing an urgent industrial challenge with immediate, large-scale impact. The project will take existing knowledge in computer vision and deep learning and apply it directly to a
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licence and be GOC-registered optometrists with an interest in paediatric vision research. Important Information: Applications for more than one PhD studentship are welcome, however if you apply
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, David S. Friedman, and Megan E. Collins. 2021. “Effect of a Randomized Interventional School-Based Vision Program on Academic Performance of Students in Grades 3 to 7: A Cluster Randomized Clinical Trial
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hands-on experience with modern robotic welding cell, advanced imaging sensors (including high dynamic range camera and arc/melt-pool vision), real-time data acquisition, and in-house metallurgical
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with a focus on 100% fish utilization. The collaboration between NICHE and the Centre for Optometry and Vision Science will provide a unique opportunity to become involved in a novel study. Important
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therapeutic factors interact to affect cardiovascular outcomes. By generating new insights into the biological drivers of hypertension, this research directly supports the DfE’s 10X Economy vision and the Life
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across domains such as finance and digital health. The central vision is to design transparent, ethical, and regulatory-aligned AI frameworks that can drive both societal wellbeing and sustainable economic
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prevent failures. This project proposes developing a novel vision-guided robotic machining platform capable of adaptive manufacturing by integrating advanced sensors and AI. The work will involve
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areas and now wishes to further expand understanding and application of Comprehensive Innovation. This research aligns with the innovation goals in the Programme for Government 2024–2027 and the Minister