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Engineering or Naval Architecture. This is a unique and prestigious opportunity to work with a world-leading research team on marine alternative fuels. You will be part of the EU Horizon-funded project
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, Marine Engineering or Naval Architecture. This is a unique and prestigious opportunity to work with a world-leading research team on marine alternative fuels. You will be part of the EU Horizon-funded
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used to understand the impacts of future changes in land management or climate on methane dynamics. The successful candidates will work closely in collaboration with partners at Aberdeen and Cranfield
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particularly welcome applicants with expertise in ground & space transit photometry. Experience with photo-dynamical modelling and/or spectro-photometric observations of exoplanet atmospheres will be
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are ambitious and have a bold vision of what we want to achieve - shaping ourselves into one of the best universities in the world, which we are achieving through the talents and endeavour of every employee. Our
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locations on Earth, and work by night Applications should include a CV (max 2 pages) with a list of publications (as long as necessary), and a two-page statement describing your research interests and plans