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, microwave subsystem integration, device modeling and development, as well as advanced technologies for applications in communications, radar, biomedical systems, sensing, and antenna systems. The selected
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design methods and techniques. You must prove your experience in the design of transmit-array antennas using high-permittivity (er>6) 3D-printed materials. You have solid experience with CST MICROWAVE
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) along with adjustment of their composition and optimisation of printing parameters. Design of antennas, matching circuits and rectifiers for RFEH structures, as well as design and supervision
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Join us as a postdoc at the Microwave Electronics Laboratory to solve one of the toughest challenges in modern RF design: eliminating self-interference to enable true In-Band Full-Duplex for MIMO
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of the excellent performance of PCM switches at very high frequencies. Target applications include measurement instruments, antenna signal control, and test circuits for active components such as transistors
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candidate with: Strong experience in simulating microstrip or waveguide based antennas in mainstream commercial software such as CST Microwave Studio Knowledge of the function of array antennas and their use
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» OtherEducation LevelPhD or equivalent Specific Requirements Item 01: Academic education and other training courses. A PhD in electromagnetic theory, antennas, radar, or microwaves will be considered an asset
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including antenna and/or microwave engineering * programming skills and working knowledge of Matlab programming environment * knowledge of mathematical modelling, machine learning and artificial intelligence
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commercial software for microwave component design (Momentum.Keysight, CST...) - Experience in the design and characterization of RF/microwave circuits - Experience in the design and characterization
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of integrated photonic antennas and metalenses. Responsibilities will include the fabrication process in the C2N cleanroom; the design and simulation of devices; and optical characterizations for design