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digital datasets, artificial intelligence and statistical methods to quantify urban environmental metrics (e.g. emissions, air pollution and greenspace) and urban dynamics in unprecedented accuracy and
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the population dynamics, population viability, and the movement ecology of this reintroduced population. The focus is to analyze existing data, though there could be an opportunity to drive further fieldwork if a
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of Galway, Ireland. This position is funded by Research Ireland and is available from 1st March 2026 for a duration of 2 years. The successful candidate will join a dynamic and collaborative research
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understand the dynamics of floods and to provide adequate measures and methods to manage flood risks effectively and efficiently today and for the future. In this context, the aim of this research project is
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into the core of manufacturing workflows, dynamically adapting to shifting conditions with enhanced human decision making. FLARE's mission is to create an adaptive, self-optimising manufacturing ecosystem where
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into the core of manufacturing workflows, dynamically adapting to shifting conditions with enhanced human decision making. FLARE's mission is to create an adaptive, self-optimising manufacturing ecosystem where