62 phd-in-architecture-and-built-environment Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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researchers in other institutions especially Cranfield University. Lab visits and placements to other organisations are therefore expected within the project duration. Qualified candidates must: Have a PhD in
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-run natural experiment which we can use to understand the interaction between organismal function and performance, their environments, and the evolutionary process. Our trans-Atlantic team will test the
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at the University but work in a strong collaborative environment with Microsoft researchers to solve scientifically-interesting, but also “real-world” challenges associated with bringing a new technology from the
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research findings through peer-reviewed publications and conference presentations About You Essential Qualifications and Experience: PhD in health or social research or related discipline (or equivalent
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Qualifications and Experience: PhD in health or social research or related discipline (or equivalent professional qualifications and experience in a relevant discipline, e.g., psychology) Experience in conducting
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of experts in theoretical, computational and experimental methods and our aim is to provide an environment in which these different approaches can be combined and focused on particular topics of practical
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of developing novel and intelligent structures for control of noise and vibration. It is essential you have a PhD or equivalent professional qualifications and experience* in mechanical or acoustical engineering
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months, and is part of an Advanced Research + Invention Agency (ARIA)-funded project. We invite applicants who hold a PhD or equivalent qualification in oceanography, or a related field, with experience in
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organisations are therefore expected within the project duration. Qualified candidates must: Have a PhD in industrial biotechnology, engineering biology, biomolecular engineering, biochemical engineering
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function and performance, their environments, and the evolutionary process. Our trans-Atlantic team will test the hypothesis that changes in functional performance in echinoid (sea urchin) feeding morphology