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covers a broad area of mechanical engineering, electronic materials and MEMS, nanotechnology, control engineering, materials engineering. Have at least a PhD degree in Electrical Engineering, Mechanical
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. As a Postdoc, you will collaborate with our dynamic team of enthusiastic PhDs and Postdocs, who specialize in MEMS, electronic materials, flexible electronics, biomimetics, sensor technology, and
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at TU/e is proposed, focused on the hardware design of new DC power electronics to significantly reduce its weight while maintaining high efficiency. Moreover, the study will also investigate
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are exigently demanded to coat graphite crucibles and susceptors for bulk SiC crystal and epitaxial SiC film growth processes for supplying wide bandgap materials in the fast growing market of semiconductor power
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students (BSc and MSc), providing them with guidance and opportunities for publications. Job requirements PhD in ElectroMagnetic Compatibitlity. Experience in EMC for power electronics and/or Artificial
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to identify trends in the data. Applicants should have a PhD in physics, materials science, electrical engineering, or a related field. A deep understanding of device physics, numerical modeling, and computer
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discoveries? Are you excited by new ideas, new techniques, and unconventional approaches? If your answers are all yes, this project might be for you. The project entitled “Understanding parallel communication
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minimum IELTS score of 7.0 overall and 6.5 on parts • technical skills: A PhD degree in physics, material science or engineering (or equivalent) is required. A demonstrable background in computer
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the monolithic integration of RTDs with lasers and other synaptic weighting devices to form electronic-photonic neurons on chip, thereby setting the grounds for future large-scale neuromorphic circuits. The PhD
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inquiries and not specific questions will not receive a reply; applications will neither be pre-assessed nor pre-evaluated via email or phone calls; only applications from candidates with the ability to speak