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to enable drug discovery applications”. Are you interested in mapping the binding sites of the human proteome and developing new pharmacophore software to screen against the sites to identify novel bioactive
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of AI tools used to support judicial decision-making, integrating perspectives from law, psychology, and AI development. It is explicitly stakeholder‑led, involving judges, litigation practitioners, AI
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exciting possibilities to treat and potentially cure many life-altering and life-threatening diseases. They also represent a huge growth area with several hundred currently in various stages of development
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of Senior Research Funding Specialist (SRFS) within the Research Development Office (RDO), located in Trinity Research. The SRFS is a senior role, responsible for the design and delivery of a suite of
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Description Overview: A fully funded studentship opportunity is available with Prof. Joanna McGouran at Trinity College Dublin (http://joannamcgouran.wixsite.com/mysite ). The project is in the field
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phenotype/function during bone repair and harness this information to develop novel strategies to modulate inflammation and promote repair. This will be achieved by determining the impact of loading within
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policy cycle, and its aim is to develop innovative tools that are useful to policymakers. This PhD project is a part of the Collaborative Doctoral Partnerships programme (CDP), an initiative by the Joint
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. Bioeconomic models will be developed using data generated in Ireland and across European case studies to quantify impacts at farm level. The project will generate evidence to support sustainable nitrogen
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operations. The PhD will develop and implement artificial intelligence and data-driven methods for early anomaly detection, root cause diagnosis, and failure prediction on industrial systems, leveraging
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to develop a practical, risk-based framework to support evidence-led decision-making on wastewater reuse in Irish agriculture, particularly in the context of increasing water scarcity and climate extremes