138 phd-in-architecture-landscape-built-environment positions at UNIVERSITY OF SOUTHAMPTON
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, makes use of our world-leading facilities and have a passion for mentoring junior staff and PhD researchers. You will have a higher degree related to energy in the built environment or related discipline
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cognition and emotion processing. We invite applications from individuals with a background in human experimental psychology (participant recruitment, experimental testing, data analysis) and with a PhD in
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assimilation, and multiple data sources to address two key research questions about water-energy interactions at biophysical scales: What are the scales of SM variability across different landscapes and their
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. Desirable Criteria You will ideally hold a PhD in Neurosciences or a related field, along with an understanding of diagnostic landscape of dementia biomarkers. You will have experience in microscopy
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including demand & emissions reductions and their future projections for various projects in the built environment. Undertake coordination of research including field work and projects’ outcomes with internal
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, education and training in psychological science in a research-intensive Russell Group environment. The School of Psychology is recognised for world-leading, high-impact research, supported by excellent
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Science in the University of Southampton. ActivATOR will develop novel machine learning models that enable robots to leverage the motion of their own bodies (‘egomotion’) to make sense of acoustic environments
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Environment Research Council (NERC) project, led by Professor Justin Sheffield, aims to transform understanding of temperature-health relationships in vulnerable populations and identify evidence-based risk
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have: a PhD or equivalent qualification (or be nearing completion thereof) in Materials Science/Engineering or another subject relevant to the study, development and/or application of nanostructured
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late-stage clinical trials or approved. The group also develops advanced microscopy techniques for the evaluation of novel therapeutics in cellular environments. Their research is supported by major