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this position, you will develop high-fidelity block-based numerical models capable of representing the geometric and mechanical complexity of historical multi-wythe masonry. Your work will involve analysing how
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complex data collection carefully and communicate clearly with children, parents, artists, and partner organizations; Good-to-have: Experience with research involving young children; Good-to-have
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societies govern complex human, animal and environmental health challenges? Do you enjoy working across disciplines, engaging with diverse partners, and translating research into actionable strategies
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of high-fidelity non-linear simulators for complex systems, ideally in AOCS/GNC Expertise in frequency-domain control system design and analysis using advanced control techniques: robust controller
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macronutrients, proteins, fatty acids and polysaccharides, micronutrients and other specific bioactive compounds), and analysis of complex biological samples, generated in vitro as well as in human intervention
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and strategic autonomy in an increasingly complex and contested environment. As part of the System Architect Office team and working across the Directorate of Earth Observation Programmes, you will
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research profile to further integrating wet-lab techniques (such as single-cell sequencing, -omics) with advanced data analysis, for example through bioinformatics, machine learning, or AI. Themes such as
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interdisciplinary research group focused on integrated approaches to geospatial systems analysis. We apply a complex adaptive systems approach that explicitly emphasizes behavioural models of human action-taking and
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and/or social policy evaluation, and can: Carry out independent empirical research at a high academic level, from data cleaning to publication-ready analysis. Work effectively with large, complex
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support the failing heart—at the exact moment it matters most? This PhD position bridges a state-of-the-art Mechanical Circulatory Support (MCS) experimental lab with real-world clinical analysis in