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extractions). The candidate ideally should be familiar with live tissue slicing and working with hIPSC cultures. Additionally, a major component of this post will also involve data analysis and interpretation
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for plausible metal bioleaching, biorecovery, bioprocessing, biosensing and bioremediation and compare them against conventional systems and conduct their uncertainty analysis. You will create AI models
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language learning experiments. Responsiblities The successful candidate will develop and execute a set of data management and analysis tools will enable the diverse international team of researchers
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spectrometry. The project will include experimental work in small molecule analysis in both the defence and pharmaceutical industries but will also work alongside team members working on a range of topics
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estimates of disease costs are not well established, with a focus on disease surveillance and control. In the role, you will take responsibility for data analysis and statistical and mathematical modelling
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analysis of the real steering actuator, as well as close collaboration with industrial partners. Collaborating under the guidance of Prof Patrick Gruber, Dr Davide Tavernini and Dr Umberto Montanaro, you
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Whitaker and Dr Anna Cox) and will work with colleagues across the country. They will be responsible for a number of activities, such as helping to design and carry out the analysis of large datasets
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characterisation for further catalyst discovery and process engineering. Some of the key responsibilities include: To conduct data analysis and ensure the validity and reliability of data at all times To maintain
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sustainable vehicles. The role will encompass activities related to electric powertrain, including life cycle data analysis, impact assessment, batteries, integration with solar panels. It will also involve