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resilience through responsible risk management. Research areas include critical infrastructure protection, systems resilience, crisis governance, uncertainty in complex systems, and the interface between
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the growing complexity of public tasks. The project focuses on core institutional mechanisms such as hierarchy, contracting, intra- and inter-agency coordination, financial incentives, and
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position in AI for Network Analysis, starting as early as November 1, 2025. We are looking for a motivated and talented early-career researcher with a strong interest in social network analysis, complex
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, uncertainty in complex systems, and the interface between technology and human organisations. You’ll engage with an interdisciplinary community that bridges engineering, behavioural science and policy to co
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Models The transition from linear to circular business models (CBMs) is essential for sustainability, yet designing and evaluating these models remains complex. This PhD research will investigate key
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ticking boxes – it’s about your curiosity, motivation, and drive to create change. Do you recognise yourself in this? Curious and analytical. You enjoy investigating complex chemical systems and translating
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technology for the forthcoming generation of highly energy-efficient computing systems. FeFETs are programmable, non-volatile silicon devices that enable innovative architectures to efficiently execute complex
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products and actinides such as uranium. This purification process is highly complex, involving multiple steps under extreme conditions - high temperatures and corrosive environments. Research focus: This PhD
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). Build on previous developed models. Your research will provide insights to and receive insights from a network of researchers working on the overall steel-related system change. This PhD position is part
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adoption. Tiny internal defects, process variability, and complex geometries can make quality assurance slow, expensive, or even impossible with traditional inspection methods. This PhD project, part of a