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Desirable • Ability to manage (parts of) projects and research team leadership Qualifications • PhD or equivalent in Human-Computer Interaction (HCI), Interaction Design, Computer Science, or related
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at Newcastle has international leadership with pioneering research in microelectronics design and computer systems engineering. The group comprises 12 academic members, over 13 Research Assistants/Associates
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projects with other universities as well as industry. Candidates most hold (or be near to completion) a PhD in Computer Science or a STEM related subject and have an ability to present their research. Strong
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research Qualifications • A PhD awarded (or nearing completion) in Computer Science, Mathematics/Statistics, Physics, Neuroscience or a project-relevant subject. Newcastle University is a global
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Please note: while this is a funded studentship, funding restrictions mean this opportunity is only open to applicants who qualify for UK home fees.Cells are electric! Bioelectricity has a role in the electrophysiology of our nerves and muscles, wound healing, organ development, and cancer.You'll...
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PhD or close to completion of a PhD (for Assistant level) in a relevant subject (Aerospace/Chemical/Mechanical engineering, applied mathematics, applied physics, with the knowledge of computational
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-term position for 3 months. Background The core of our project is inspired by recent advancements in computational and atmospheric sciences to enhance traditional forecasting models with innovative
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-term position for 3 months. Background The core of our project is inspired by recent advancements in computational and atmospheric sciences to enhance traditional forecasting models with innovative
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: a strong quantitative background demonstrable interest in theoretical and systems neuroscience obtained (or be close to the completion of) a PhD or equivalent in systems neuroscience, computational
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for this research programme is to systematically utilize the well-established science of crystallography as a paradigm for the design and development of novel architected mechanical metamaterials which outperform