111 web-programmer-developer-university-of-liverpool positions at MAYNOOTH UNIVERSITY in Ireland
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research and scholarship and outstanding education are interlinked and equally valued. Equality, Diversity and Inclusion (EDI) is a key enabler in the Maynooth University Strategic Plan 2023 -2028 which
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Department: IT Services Vacancy ID: 035282 Closing Date: 23-Jun-2025 Maynooth University is committed to a strategy in which the primary University goals of excellent research and scholarship and
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& Adaptation. This role is to support the development of a new taught postgraduate portfolio in Hydrology and Climate Adaptation, in line with the Sustainability and Climate Change beacon within the MU Strategic
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collegially within the Communications, Marketing, and Digital team, as well as with colleagues from Development, Alumni Relations teams, and the rest of the University community. Senior Administration IV (2025
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Department: Education Vacancy ID: 036322 Closing Date: 10-Aug-2025 Maynooth University is committed to a strategy in which the primary University goals of excellent research and scholarship and
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. The Graphic Designer will develop creative digital and print assets that align with the university’s brand, support internal clients across the university, and enhance the visual impact of marketing
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Department: Library Vacancy ID: 036023 Closing Date: 20-Jul-2025 The Role Maynooth University is committed to a strategy in which the primary University goals of excellent research and scholarship
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Development and Alumni Office (DARO) and Maynooth University Foundation (MU Foundation). The Communications Officer will work with all relevant staff to support the development of communication strategies, and
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of Biology at Maynooth University (https://www.maynoothuniversity.ie/biology). The role will be student facing and provide support for teaching across a number of degree programme. The role will involve
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possible co-appointment in the Department of Computer Science. The project combines theoretical and experimental approaches to develop renewable DNA computing devices that perform multiple computations in a