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subsequent atmospheric dispersion as well as the consequence of potential ignition of the resulting cloud. The in-house modified OpenFOAM code will be used. Some further development may be required
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holder will develop and implement mechanistic models to analyse and predict the behaviour of pharmaceutical processes. Your work will address key challenges within these processes, constructing robust
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to concentrate on innovative metasurface-engineered tubular designs, advanced ceramic manufacturing, and high-temperature performance evaluation. The project involves developing a mini-scale tubular high
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to advance understanding of the brain basis and common genetic architecture underlying infant and childhood neurodevelopment, with a particular focus on the development of autism spectrum conditions
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development, e.g., integrating interactive/game-engine/real-time audio systems, spatial audio toolkits/middleware Useful background includes sound design, music technology, expressive speech, HCI, perceptual
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individually, make a real difference. The role We are seeking an outstanding Clinical Research Training Fellow to help spearhead the development and clinical testing of a novel non-invasive brain stimulation
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and the University of Tartu. The appointed person will contribute mainly to WP4 (Terminology-aware Quality Estimation and Automatic Post-Editing (APE)) which will develop models capable of identifying
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techniques, data analysis, and human research methods, alongside an attractive benefits package and development opportunities. Job-share arrangements may be considered. How to apply To apply, please submit a
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Research Fellow to develop their career and profile as an independent researcher. The successful candidate will work under the supervision of Prof John Watts in the School of Mechanical Engineering Sciences