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in the area of operations research, constraint programming & machine learning within an established group of researchers and PhD students. Project Title: Insight Post Duration: 6 Months Whole-Time
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excellent communication, organization, planning and interpersonal skills. The successful candidate should have a strong background in optics, IR spectroscopy, laser technology, electronics & interfacing, as
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completion of a PhD or for someone entering a new area for the first time. If you have already completed your PD1 stage in UCD or will soon complete a PD1, or you are an external applicant whose total
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Biomethane Biorefinery systems (CABBS). Such a system incorporates Anaerobic Digestion with photosynthetic biogas upgrading technology for the co-production of biomethane, food and/or feed, biochemicals and
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. These tools will be made freely accessible via an open-source, web-based platform, ensuring that this technology can be leveraged worldwide. This ambitious project aligns to the UCC Futures thematic areas
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, natural language processing, language capacities, writing skills and the ability to work and think independently. In the evaluation of the applications, emphasis will be placed on: • PhD degree
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environment/network of the university more widely. In the evaluation of the applications, emphasis will be placed on: • PhD degree (awarded) in ethnomusicology, folklore or other closely related areas
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innovative approaches to integrating the principles of the United Nations Convention on the Rights of Persons with Disabilities into technology design practices and embedding rights into the design of Internet
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Department: School of Business Vacancy ID: 034662 Closing Date: 05-May-2025 The International Renewables and Energy Systems Integration (IRESI) Group, is a research centre housed in the School of Business. IRESI's research focuses on propelling sustainable energy systems into the future by...
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candidate will work on an EU-funded project (Sustain-a-Bite) which investigates the potential of fermentation technology for upcycling fruit and vegetable side streams. The project focuses on minimal