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in space applications are usually not radiation-hardened and thus require dedicated test campaigns and complex radiation analysis. The research activity relates to the preparation of radiation test
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the associated levels of assurance, verification and acceptance criteria; developing hazard analysis methodologies tailored to AI-based systems, extending traditional approaches, such as FMEA and FTA, to address
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spatial analysis of heavy metal accumulation. Alongside shaping this research, you will actively share your discoveries through scientific publications and international presentations. Furthermore, you will
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how the resulting multimodal data can support species identification, the characterization of morphological variation, and the spatial analysis of heavy metal accumulation. Alongside shaping
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collection, processing and analysis of data as well as the writing for the respective publication outlets. Key deliverables The aim of the Research Fellow’s work is to generate and disseminate impactful
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, environmental science or a related field. experience with quantitative data analysis, preferably using R. experience in publishing and disseminating research findings via scientific publications, lectures
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analysis. Actively pursue personal scientific research, using facilities within ESA centres and those accessed through partnerships with external organisations. Participate in relevant scientific