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transcript of records for Bachelor’s and Master’s degrees. An electronic copy of (or a link to) Master thesis. An electronic copy of publications (if available; if more than 3, please submit top 3
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techniques, namely mechanical, thermal and dynamic properties of polymers and its relation with polymer molecular structures and morphology. You should have a scientific attitude combined with a hands-on
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and consequently take the necessary countermeasures. The proposed techniques will be validated using simulation tools and experimental set ups. One of the PhD positions focusses on the design and
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, based on waveform simulations, with advanced data calibration and risk quantification techniques. Job Description Within the SHAWave project, you will develop a state-of-the-art poromechanichal
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mixed-signal designs, devices, and general knowledge of semiconductor physics, modeling, and electronic system design. Knows circuit simulation and VLSI design (spice, cadence, Synopsys tools). Experience
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(dynamic pricing), or route recommendations. Collective benefits include contribution to sustainable travel, lower emissions or energy consumption. Moreover, an agent-based simulation will be conducted in
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working on modulation strategies, topologies and magnetic components, through simulation as well as practical implementation. Additionally, presenting your findings and ideas to the scientific community is
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and to offer conceptual clarity to the inherently contested notion of sustainability, or in employing various analytical techniques (such as simulation, visualization, multi-criteria decision-making
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on which to assess performance. Investigate suppression performance in simulation model. Build test setup and investigate practical results. Job requirements MSc degree in Engineering Sciences or Applied
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quieter & more effective water-cooling circuits by understanding and damping the sources of flow-induced vibrations. The work will be both theoretical (numerical simulations) and experimental (dynamic