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18 Months, Fixed Term, part-time Post The FirstDrops project is an interdisciplinary, design-led research programme focused on improving antenatal colostrum collection and hand expression practices
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scale in several cities. The project will inform urban design, urban environmental policies and climate action plans. The candidate will also support the development and delivery of research-driven
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the NPEC, this person will be a key member of a robust, data-driven clinical audit and quality improvement centre, supporting the design, coordination, governance, and delivery of national maternity clinical
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the design, coordination, and delivery of perinatal research and national clinical audit programmes to improve maternal and neonatal outcomes. The role involves assisting in the development of research
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-driven clinical audit and quality improvement centre, supporting the design, coordination, governance, and delivery of national maternity clinical audits and quality improvement programmes. The role will
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. The results of the research will be used to co-design (with stakeholders and PPI representative’s) interventions to increase uptake of HPV vaccination in DEIS designated secondary schools. The candidate
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microbiota and brain development. • Familiarity with in vitro techniques to study brain barrier integrity and cellular communication. • Expertise in experimental design
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of microelectronics circuit design with potential application to use photonic communication systems. Candidates with circuit design and experimental circuit validation expertise are welcomed. The successful candidate
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Professor of Power Electronics and Integrated Magnetics for Future High Performance Computing and AI
made on Professor Scale 1 or Scale 2. Applications are welcomed from candidates who satisfy the following profile: Candidate profile The ability to create, design, fabricate, test, and integrate novel
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are welcomed from candidates who satisfy the following profile: Candidate Profile The ability to create, design, fabricate, test, and integrate novel photonic devices is core to the ambitions of UCC Futures