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. The research and teaching conducted is supported by high-quality infrastructure with state-of-the-art laboratories for electromagnetic compatibility, microelectronics and photoacoustics. We are now
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Description of the workplace The positions is at the Department of Electrical and Information Technology and in the Division of Electromagnetics and Nanoelectronics. The division has 15 senior
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atoms can couple to an electromagnetic field at several points, which can be wavelengths apart. The study of giant atoms and the interference effects that arise from their coupling points is still in its
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the end of the project, an implementation of the techniques on that platform will be carried out. The project requires a background in electrical engineering, radar systems, electromagnetic simulations
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Systems, Electronic Systems and Machine Learning. We are a strong research and innovation partner in various research areas, including Electronics design and production, Electromagnetic Compatibility (EMC
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can be violated. These artificial atoms can couple to an electromagnetic field at several points, which can be wavelengths apart. The study of giant atoms and the interference effects that arise from
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of Electrical and Information Technology and The division for Electromagnetics and Nanoelectronics (EMN), which consists of about twenty researchers and doctoral students whose research ranges from nano
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(or equivalent) in information engineering, computer science, electronic or electrical engineering, mathematics, electromagnetics, or a physical sciences subject. Solid background on communication
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) or Electrical Engineering (E) with a curriculum that provides a solid foundation in microwave engineering and semiconductor devices. Experience or a strong interest in the following areas: electromagnetic theory
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, for the position we require good proficiency in English (written and oral), hands-on experience in electromagnetics or high frequency electronics modeling or simulations, e.g. HFSS; ADS as well as high