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learning approaches for biological design, and the PDRA will work closely with data scientists at the University of Edinburgh to build predictive models that can accelerate the design of genetic circuits in
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for machine learning approaches for biological design, and the PDRA will work closely with data scientists at the University of Edinburgh to build predictive models that can accelerate the design of genetic
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their fundamental constituents, such as lipids and proteins, evolve at the nano-scale. Continuum modelling approaches have been able to improve the understanding of the behaviour of biological materials, showing
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Deadline: 19th April 2024 (or until position is filled) One fully funded PhD position to work with Dr Milos Nikolic in the School of Informatics at the University of Edinburgh, on a project titled
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professional contacts across the University of Edinburgh and beyond. Your skills and attributes for success: Aptitude to deliver excellent research-led teaching and learning at undergraduate and postgraduate
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, electronics engineering or neuroscience. Knowledge of deep learning architectures (such as CNN, LSTM, AE, GAN) is essential. Strong programming skills (MATLAB, Phyton) is essential. Previous experience
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). • DCUK2 Synthesis and characterisation of functionalized hybrid composites and molecule-based magnetocaloric materials. The University of Edinburgh (UK). • DC5 Molecule-based magnetocaloric and multicaloric
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Efficient spray atomization plays a notable role in society, ranging from effective medical delivery, to product manufacturing, to cleaner propulsion systems. Primary breakup – the process of disintegrating an intact liquid core into large droplets, called primary drops – is the first...
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innovation and have a number of live pilot trials being deployed. We have partnerships across three Universities including; the University of Bath, University of Edinburgh and UCL and are at the forefront
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, cavitation is a major problem in engineering, as high-speed jets can develop during their collapse upon contact with solids, which are responsible for pitting wear, and even full structural failure