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characterisation and analytical techniques to quantify the reaction yield and have an interest in testing reaction scale-up in a novel reactor configuration. Relevant training will be provided to address any
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characterisation and analytical techniques to quantify the reaction yield and have an interest in testing reaction scale-up in a novel reactor configuration. Relevant training will be provided to address any
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samples. They will also provide general bioinformatics and analytic support to the BRC OGS Theme. The aim of this theme is to develop new diagnostic tools to profile an individual’s health from salivary
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based on existing research on high-frequency methods for built-up structures and their vibrational behaviour. For this, we are looking for a candidate who is strong in both the analytical background
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-based role with young people (ideally including care-experienced young people) High level analytical capability Ability to work independently under appropriate supervision Excellent communication skills
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conducting a literature review Experience in thematic qualitative analysis of interviews (ideally using Nvivo) An interest in and/or experience of working in local government (ideally) High level analytical
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engineering or a related discipline. Strong analytical, problem-solving, communication, and teamworking skills, along with experience in computational modelling are essential for the role. What we offer: - A
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Experience using electrochemical and/or flow instrumentation desirable High level analytical capability Ability to communicate complex information clearly Fluency in relevant models, techniques or methods and
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specialist technicians in postharvest technology, analytical chemistry and cell culture. The project’s broad vision is to create an agricultural system for potatoes that is sustainable and economically viable
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analytic codes to investigate the benefits and harms of medications. Candidates must have a doctoral degree (or be within 3 months of anticipated completion of a PhD) in medical statistics or epidemiology