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Join the team that will develop breakthrough technologies for ultra-efficient aircraft development! To achieve significant progress in producing sustainable aircrafts in the future, the advancement
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Join the team that will develop breakthrough technologies for ultra-efficient aircraft development! To achieve significant progress in producing sustainable aircrafts in the future, the advancement
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develop high-resolution simulations to investigate numerically the interaction of model fibers with the complex geometry of mesh-based filters. The simulations will initially focus on single fibers
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construction and contribute to the advancement of circular economy principles in the building sector. The ultimate goal is to develop a feasible and sustainable recycling technique for fine recycled aggregates
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Research) Networks department combine forces in the prestigious Future Network Services (FNS) flagship project to develop innovative solutions enabling joint communications and sensing (JCAS) in 6G networks
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Python) for automated parametrization of models and simulations, as well as for performing optimization, data analytics, and experimental validaton. An affinity with teaching and guiding students. Ability
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stresses such as drought and extreme temperatures, supporting plant breeding industry to develop crops that can withstand combinations of stresses brought by a changing climate. The project is part of