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, DCU, DkIT, MU (lead) and UCC, with education technology providers to develop an innovative approach to teach students in the experimental sciences. The initiative is to develop courses in which a
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genes/gene clusters, and associated immunity/resistance mechanisms. • Use of current methods for microbiome analyses of datasets (e.g., 16S rRNA, and whole metagenomic sequencing
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, implementation, and evaluation of experimental eco-engineering structures across three European study sites. The successful candidate will be expected to undertake the following: • Lead and contribute
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. The candidate should have relevant experience and knowledge of physical, economic and societal aspects of climate action on key ecosystems, be familiar with the EU policy landscape and governance mechanisms
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24 Months, Fixed-Term, Whole-Time Post Position Summary A postdoctoral position is available to explore mechanisms of receptor tyrosine kinase actions and novel therapeutic strategies aggressive
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including city level state agencies, local authorities, civil society agencies, intermediaries, policymakers and residents. The project also explores and evaluates mechanisms for mobilising the development
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. - statistical and machine learning techniques for data analysis - atmospheric chemistry research - materials chemistry research - designing and conducting experimental test procedures. Achievement
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well as expertise in the handling of gases in flow and static cells. Ideally, the candidate will have experience in atmospheric trace gas sensing, outstanding experimental, engineering and IT skills. Previous
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governance mechanisms. Candidates should have a track record in working in project-based environments, stakeholder engagement and preferably be familiar with the European research funding ecosystem