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on industrial energy demand, technology adoption pathways, and electrification potential into a dynamic modelling platform. The successful candidate will work closely with academic and industry partners
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can interact with one another in a symbiotic manner. This project aims to develop a decision support framework to aid in the identification and comparison of circular bioeconomy polygeneration systems
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computational methods to develop critical medicines for improving global health and equality. For low-income populations in developing countries, access to life-saving medicines is often fraught with obstacles
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of Computer Science and Information Technology to work on Insight Platform Research. In addition, the researcher may contribute to various other collaborative research projects as they arise with Industry Partners and
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supportive care needs, and enhance quality of life. Co-developed with survivors, care partners, and healthcare professionals, TRANSCEND-XR will be evidence-based, ethically grounded, and scalable in real-world
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Ireland Department of Agriculture, Environment & Rural Affairs; and UK Research & Innovation. In addition, the project has obtained more than 30% co-funding from over 30 industry partners. The Co-Centre is
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of Microbiology and the APC Microbiome Institute, with frequent meetings with international and industry partners. A collaborative, analytical and methodological mindset is therefore essential. UCC is an accredited
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a strong understanding of societal challenges related to workforce development and sustainability. They will work alongside a diverse, multidisciplinary team of researchers, industry leaders, and
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Ireland Department of Agriculture, Environment & Rural Affairs; and UK Research & Innovation. In addition, the project has obtained more than 30% co-funding from over 30 industry partners. The Co-Centre is
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Department: Hamilton Institute Vacancy ID: 036563 Closing Date: 04-Aug-2025 We are seeking a Postdoctoral Researcher to work on the project Thermally-regulated Renewable and Automated DNA Computing