36 finite-element-methods-"Multiple" Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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Gravitational-Wave Astronomy Using Artificial Intelligence, to work on computational Bayesian inference methods and their astrophysical applications. Southampton's School of Mathematical Sciences is home to a
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temperature extremes, such as heatwaves and cold spells, affect the health of people living with multiple long-term conditions (MLTC). The work will focus on analysing CPRD and HES data to understand
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inference methods and their astrophysical applications. Southampton's School of Mathematical Sciences is home to a large research group in gravitational physics, comprising 9 staff members, over 15
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development and implementation of methods for improving small area modelled human population estimates. The successful candidate is expected to have strong quantitative skills and experience of working with
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are seeking to recruit a Senior Research Fellow to work on the development and implementation of methods for improving small area modelled human population estimates. The successful candidate is expected
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interventions for frailty, the development and delivery of a bespoke intervention designed for South Asian communities. The research will use a mixed methods approach to this feasibility study including
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This role builds on a newly funded NIHR research (NIHR305518, PI: Dr Valeria Parlatini) aiming at testing a new method to select ADHD medication based on pre-treatment clinical, cognitive and
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have spread throughout the acoustics profession. The ISVR has excellent experimental facilities including anechoic and reverberation chambers, a 6-axis motion simulator and multiple audio focused
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new method to select ADHD medication based on pre-treatment clinical, cognitive and physiological characteristics in adults and children with ADHD. The successful candidate will be leading in
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patterns and air pollution in urban areas. Data driven methods will build on experiments conducted in the University of Southampton’s wind and water tunnel facilities using state-of-the-art laser diagnostics