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respond to climate gradients, drought events, and changing fire regimes. You will gain skills and experience in data science, computer programming, simulation modelling, ecological theory and climate
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BBSRC Yorkshire Bioscience DLA Programme: The needle in the haystack - single molecule detection of extracellular vesicles in complex biological contexts School of Mathematical and Physical Sciences
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research will help bridge the gap between theoretical numerical predictions and practical, safe engineering design, ultimately ensuring the reliability and stability of these foundations for the future
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relevant field (e.g., Neuroscience, Psychology, Computer Science, Mathematics, Engineering, Physics, or a related discipline). - A keen interest in computational neuroscience and/or computational psychiatry
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computer-based models of manufacturing process, allowing for analysis, optimisation and visualisation of operations before physical implementation. It is a sought after skill in many high-value manufacturing
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Next-Gen Rapid and Interactive Limit Analysis of 3D Shell Structures with Integrated Parametric Modelling (S3.5-MAC-He) School of Mechanical, Aerospace and Civil Engineering PhD Research Project
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services for health, maximising person centred care) is a research and innovation programme to transform care for people with multiple long term conditions. It represents a partnership between systems
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techniques across molecular and cell biology, neurophysiology and computational analyses. The successful candidate will join the laboratory of Professor Ivana Barbaric (School of Biosciences, the University
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World Models, Predictive Control and Foundation Models for Robotics
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applications for a BBSRC funded Yorkshire Biology Doctoral Training Program (DTP) CASE studentship to study how organellar DNA organization works in Plasmodium, the pathogen responsible for causing malaria