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Field
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applying innovations relating to one or more of newborn survival and health, emerging infections and epidemics relevant to children, child undernutrition, optimal child development, and adolescent health
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with a small team of experts, you will identify and pursue optimal pathways into market for these products. FTE: 0.4 (14 hours/week) Term: Fixed Term (Until 31.03.28) Following a successful first phase
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research that pushes the boundaries of physics and engineering. The PhD project is towards optimizing superconducting qubits. We would like to unravel noise sources in superconducting circuits using quantum
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are inherently highly complex. In this research project you will use state of art AI-based optimization algorithms to develop new functionality into industry-relevant digital design tools (CAD) to support
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team of experts, you will identify and pursue optimal pathways into impact for these products, services, policies and practices. FTE: 0.4 (14 hours) Term: Fixed (Until 31.03.2028) Following a successful
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: Lead and inspire a high-performing Talent and Recruitment team, ensuring optimal structure, capability, and professional development. Design and deliver innovative recruitment strategies that position
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challenges and are ready to move forward with optimism.” Vice-Chancellor, January 2023 The University of Hull has adopted a new professional service delivery model following extensive consultation with
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research track record demonstrated through publications at top-tier venues. Experience with building systems for machine learning, performance tuning, and building optimizing compilers are highly desirable
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swapping—an approach not yet systematically studied. This dual functionality raises technical and operational challenges that the PhD will address across three areas: 1) System Sizing and Optimization
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. Optimal sensor placement, identified through adjoint-based sensitivity analysis to improve assimilation efficiency. By embedding physical laws into data assimilation, these methods bridge the gap between