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, recording and evaluating methods and compositions of vaccine-based microneedle solid dosage forms, using systematic approaches to understand key interactions within the formulation. Defining and understanding
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relevance. The successful candidate will play a central technical role in IMPACT, leading the development and application of ex-post evaluation methods across multiple work packages. Responsibilities will
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research partners, IERG’s work underpins real-world improvements in energy performance, operational resilience, and sustainability. The group’s projects combine data-driven methods, digital twins
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researchers and a multidisciplinary team across institutions, contributing to the development, testing, and application of tools, datasets, and analytical methods used within the project. This role is intended
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. The successful candidate will lead the technical development and validation of equipment-level FDD and preventative maintenance methods, leveraging digital twins, data analytics, and reliability engineering. In
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identified antigens and newly licensed adjuvants. The research will involve designing, testing, recording and evaluating methods and compositions of vaccine-based microneedle solid dosage forms, using
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(UCC), Ireland. Successful candidates will be part of a highly motivated team that will use modern computational methods to develop critical medicines for improving global health and equality. For low
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university. Overall, this position offers a unique opportunity to develop expertise in the formulation and characterisation of peptide powders, a key component in the design of non-invasive treatment
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methods. We now seek to employ a postdoctoral researcher to occupy a key position in the laboratory spanning projects in probiotic genomics and metagenomics. The appointee will participate in exciting
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analytical methods used within the project. This role is intended for candidates with strong technical and analytical skills who are eager to gain applied research experience in sustainable energy systems