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candidate will work as part of a dynamic and interdisciplinary research team seeking to design new synthetic transformations using visible light. The post is available from 1st December 2025, or soon
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Tenable period 1+3 and 1+4 Continuation of award Continuation of the award is subject to satisfactory progress. Number available Element: numberavailable - Unable to display element. Data must be XMTHL
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aware that such screening will take place, and agree to take part in the process. Funding period: 36 months Start date: As close to 1st January 2026 as possible As an equal opportunities employer we
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appointed to this project. Overall Purpose of the Job You will design, formulate and spin fibres from bio-based and/or biodegradable polymer solutions as part of a flexible-packaging solution to attain
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sector-leading technical support for FSE and the wider University. As one of the senior leads within the EM Facility, the Senior Technical Specialist for SEM/Sample Preparation will Be part of a team of
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mixtures. Funded by The Leverhulme Trust grant NMR Method for in Situ Monitoring of Heterogeneous Reactions (RPG-2023-105), the appointment will be made as part of a broad project including researchers in
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play a key part in supporting the daily operation of our busy campus marketplace. Your main responsibilities will include daytime clearing and maintaining the seating area, ensuring it remains clean
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Imprinted Diagnostics You will also be part of the expanding multidisciplinary Bioinspired Materials Research Group (6 PhD students, 3 PDRAs and 1 MSc student), led by Prof Marloes Peeters, who is one
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key operations activities across the School, and within departments, and to ensure efficient and effective support, advice and guidance is provided to all stakeholders. Operating as part of
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at the ESRF (BM18, ID15A and ID19) to achieve a step change in the 3D imaging resolution in real components, and the changes in their micro- and macro- structure with time both during their manufacture and in