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. The successful candidate will work on JWST observations of the supernova SN 1987A, with a particular focus on dust modelling. The group actively collaborates with researchers in Europe and the United States and
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population estimation and modelling of population movements in the context of examining population exposure to extreme sea levels in low-elevation coastal zones (LECZ) in Ireland. In so doing, insight will be
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/ governance approaches. Aim is to optimize the shared service model enabled by improved data sharing, deployment of digital technologies and redesigned workflows. With this project we aim to design, research
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. Niamh Cahill. The core concept of this project will be to bring together and deploy cutting-edge approaches to small-area population estimation and modelling of population movements in the context
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to bring together and deploy cutting-edge approaches to small-area population estimation and modelling of population movements in the context of examining population exposure to extreme sea levels in low-elevation
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modelling, and real-time graphics programming. Proficiency in programming languages such as C++, C#, Python, or JavaScript. Strong understanding of UX/UI principles for immersive experiences. Experience in
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candidate will lead the design and modelling of thermally regulated DNA motifs and contribute to the development of an automated and renewable DNA computing prototype. The role encompasses both wet-lab and in
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, curriculum development, or arts-based pedagogies. Familiarity with participatory data visualisation, creative learning models, and the role of the arts in social change. Knowledge of educational barriers
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) and flooding events in coastal communities in Ireland initially, this 2.5-year project will create a digital twin of Ireland, underpinned by a dynamic agent-based model of the Irish population
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assessment of antimicrobial activity and validation of biological test compounds in relevant models (in vitro and/or in vivo). Direct experience and a strong understanding of structural analysis techniques