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will support two projects, one of which is “SMART-FLOW: Harnessing Multimodal Data and Machine Learning to Optimize Fluid Management in Intensive Care” and is funded by the Spark Innovation Programme of
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communications and system-level simulation models, with a focus on optical communications and autonomous smart satellite mission concepts. Key responsibilities include defining model requirements with SME partners
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, bioactive polymer, this lens platform will respond dynamically to the ocular microenvironment created following lens application. With a combination of biomimetic functionality and smart material design
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wellbeing come together to build a more flexible and future-ready UCC. In recent years, many workplaces have embraced automation and digital tools with the rise of smart technologies like AI and automation
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demand-side flexibility, distributed energy resources, and smart grid integration at building, district, and city scales. The role will involve advanced data analysis, simulation, and optimisation
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disruptive technologies in space optical communications and autonomous smart satellites with underpinning capability for Assembly, Integration and Test (AIT) and space system engineering to enable
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: “My Vision for AI Driven Procurement Processes” For further information and to make an online application for the above post please visit website visit http://www.tudublin.ie/vacancies Technological
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present, support for two programme portfolios is being sought, namely, TR064 (Environmental Science and Engineering) and the MSc in Smart & Sustainable Cities. Duties will include, but are not limited to; supporting