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cost savings in aerospace manufacturing. We aim to develop a life cycle-informed design approach that enables rapid assessment of the cost and environmental impacts of recyclable and recycled materials
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molecules. The successful candidate will work in close collaboration with theoretical collaborators (Karl Michael Ziems, Southampton, and Sonia Coriani, DTK) to develop our understanding of satellite state in
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co-develop a next-generation ocean component for integration into the universal climate model OASIS. We are looking for a candidate with a PhD (or equivalent) in Physical Oceanography, Atmospheric
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fields to join our team at the University of Southampton. SKILLS: You should have experience in developing interactive tools/applications for HCI research; comfort with electronics sufficient to test
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applications? The postholders will be responsible for: Developing high-resolution regional and global SM datasets using hydrological modelling and data assimilation, including their validation. Analyzing
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considered on a pro-rata basis. You will have access to mentoring, career development and networking across the University and beyond. The successful candidate will work under the supervision of Dr Dawn-Marie
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. Knowledge of qualitative data acquisition and analysis and a keen interest in further developing your skills would also be an advantage. You will be a skilled and sensitive listener and communicator, able
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to the development of intelligent design workflows using CFD and data-driven methods to assess and optimise next-generation vessel designs. You will collaborate closely with project partners, applying state-of-the-art
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, the latest facilities and access to a variety of staff development opportunities. You are invited to contact Professor Bakr Bahaj (a.s.bahaj@soton.ac.uk ) or Prof Patrick James (paj1@soton.ac.uk ) for further