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pay, a structural end-of-year bonus of 8.3%. A favorable arrangement for more holidays or a sabbatical. A selection model for additional fringe benefits. Working hours in consultation for an optimal
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physical-layer innovation to higher-layer network optimization. Address the unique challenges of combining optical and wireless media — including robustness under mobility, atmospheric variations, and
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. The use of such fibers requires new compounding strategies to optimize compound performance. In the proposed study, both dipped and undipped short-cut fibers will be incorporated into tire compounds
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Process Optimization team, you will develop strategies to maximise the value of the platform for our departments and user groups. You will be responsible for designing and executing the full adoption
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the cluster “Mathematical Analysis, Geometry, Numerics and Systems” (MAGNUS) of the Department of Applied Mathematics. The project “Optimal Constants as Analytic Benchmarks” is financed by the Dutch Research
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. The ideal candidate is skilled in designing, operating, maintaining, and optimizing thin-film deposition equipment used in academic research settings. Industrial experience and proficiency in software
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algorithms for optimal operation of grid-integrated LDES; Develop a co-simulation framework to analyse LDES performance under different grid scenarios. Collaborate with consortium partners to translate
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chair (F Schwenninger) within the cluster “Mathematical Analysis, Geometry, Numerics and Systems” (MAGNUS) of the Department of Applied Mathematics. The project “Optimal Constants as Analytic Benchmarks
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the full protocol stack — from physical-layer innovation and hybrid integration (optics, photonics, electronics, novel materials) to higher-layer network optimization, inference, and training in real time
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? Are you ready to shape the future of admissions at TU/e? Then you might be the Project Manager we are looking for. Information The Beethoven Admissions Optimization project is a strategic initiative at TU/e