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alternative and also quite promising in this context.] Interested candidates should have a strong interest/background in either Formal Methods/Mathematically derived techniques, or in Software Engineering
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analysis to support quantitative decision making. The candidate will require a 1st or 2:1 degree in Engineering, Physics, Mathematics or similar discipline with strong mathematical skills. You will join the
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, including Engineering, Physics, Mathematics, and Computer Science – candidates with experience with Machine Learning and/or Crystallography would be particularly suited for this project. This project will
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are difficult to model and simulate accurately, and in porous media the multiple disparate lengthscales further complicates matters. However, this multi-scale setting also provides beautiful mathematical
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examples below) on the basis of computational simulations. However, these problems are often mathematically ill-posed, meaning there is no single, stable, well-defined solution. This issue may be resolved
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training opportunities in rigorous mathematical and data-driven modelling, with an interdisciplinary mindset. The initial foci are the 3D printing of metals, with Nottingham’s Centre for Additive
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The project combines state-of-the-art advanced mathematical tools and numerical simulations to better understand, predict and control pipeline flows for greener transportation and energy. Working
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Lead Supervisor’s full name & email address Professor Richard Barker - [email protected] Co-supervisor name(s) & email address(s) Professor Harvey Thompson - [email protected] Dr Joshua Owen - [email protected] Dr Timothy Hunter - [email protected] Project summary Geological...
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learn new skills to design the upcoming 6G mobile systems. The candidate is also expected to have a strong mathematical foundation and excellent programming skills (e.g., C, Python, MATLAB). Email a cover
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and local communities. Essential: 1- Bachelor/MSc degree in Mathematics, Biostatistics, health informatics or any computational research degree 2- The student should be proficient in one