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testing methodologies for physical modelling of deep-water offshore wind turbines. You should hold a relevant PhD (or be near completion) and have a strong publication history. A strong background in
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(link is external) . Required Qualifications: Doctoral Degree (PhD, MD, or equivalent) conferred by start date. Demonstrated experience/knowledge of floating offshore wind, mooring line dynamics, digital
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under the supervision of Dr Frances Judge and Dr. Jimmy Murphy in the School of Engineering and will be a member of the Offshore Renewable Energy Research Group in UCC. The ideal candidate will hold a PhD
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starting on 1 July 2026, or as soon as possible thereafter. Job description You will contribute to research on a project aimed at assessing cumulative impact of offshore windfarms on marine ecosystem
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starting on 1 July 2026, or as soon as possible thereafter. Job description You will contribute to research on a project aimed at assessing cumulative impact of offshore windfarms on marine ecosystem
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central to Denmark’s green energy strategy, enabling conversion of renewable energy – mainly from offshore wind – into green hydrogen for hard-to-electrify sectors. However, up to 40% of the input
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in the School of Engineering and will be a member of the Offshore Renewable Energy Research Group in UCC. The ideal candidate: The ideal candidate will hold a PhD in offshore renewable energy or a
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. The Coastal and Regional Oceanography group is a dynamic team of researchers, including academics, postdoctorals, technical staff, and PhD students conducting research focussed on the dynamics of the East
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objectives As offshore wind deployment expands farther from shore, HVDC transmission is increasingly used for efficient long-distance power transfer, where offshore corrective operations can be costly and
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letter detailing your interest in atmospheric physics and offshore wind turbines. Publication list incl. a one-page summary of your PhD thesis. Contact details for two referees. Please note: You can apply