94 web-developer "https:" "https:" "https:" "Fraunhofer Gesellschaft" positions at Lancaster University
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fixed-term position, with the intention to develop into a permanent, full-time role as the Campus continues to grow. If you meet the criteria and are interested in contributing to a growing international
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range of employee benefits, support networks and our policies and facilities for a family-friendly workplace. Visit our employee benefits on our website - https://www.lancaster.ac.uk/jobs Is this the job
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the collaborative MURIDAE Cluster of the MRC National Mouse Genetics Network (NMGN, https://nmgn.mrc.ukri.org/clusters/muridae/ ). The MURIDAE project aims to elucidate how recently identified schizophrenia risk gene
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closely with development, platform, and delivery teams across a diverse range of technologies and environments. Because of this, you will draw on real world experience to understand how applications
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developers, technical architects, project managers, business analysts and business customers. You will support IT colleagues through OAT, and systems testing and business colleagues through UAT. Effectively
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the Campaigns Team within the Marketing Office, who lead on brand-level marketing for student recruitment, including web, email, advertising, organic social, and the creation of online and offline assets such as
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marketing across multiple online and offline channels. The role is based in the Campaigns Team within the Marketing Office, who lead on brand-level marketing for student recruitment, including web, email
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Partnership with administrative tasks such as organizing the annual conference, contributing to the writing of the newsletter and web content, and supporting with social media and other duties as required
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: Lead financial planning, budgeting and forecasting for your portfolio. Develop and maintain financial models to support multi-year planning and scenario analysis. Analyse financial performance
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Trust funded project: i-motif DNA based asymmetric catalysis with gold carbenes. You will be involved in the development of novel i-motif DNA-Au carbene hybrids for enantioselective Au catalysis using