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Vacancies PhD and EngD position for ESG-Based Decision-Making for Customer Portfolio Management Key takeaways We are seeking a highly motivated and creative PhD and EngD candidate to join our
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interface that leverages a biomimetic muscle-stretch feedback model implemented on a low-power, real-time FPGA-based system. If you are eager to combine fundamental sensorimotor research with advanced
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physics-based models for circuit simulations. The characterization and modelling work will be in strong collaboration with a second Ph.D. student within the same project, who develops ultralow-power circuit
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two global industry leaders, Apollo Tyres and LANXESS. The project is dedicated to designing and implementing smart, protective delivery systems for critical additives. The aim is to shield these agents
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control algorithms lies a physics-based simulation model, whose accuracy largely determines the effectiveness of the control loop. Position 3 – High-fidelity simulation of the LAFP process Current