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of creating robust radio frequency fingerprinting (RFF) systems using machine learning. The successful candidate will have significant experience in signal processing or machine learning, and an outstanding
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particular emphasis on their electrical, radio-frequency, and optical responses. The specific research directions will be chosen in connection with ongoing activities within QMAT and may include, but are not
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/Microwave or Digital Signal Processing (DSP) is preferred. Has solid knowledge of electronics, including circuit design, PCB layout, and hardware troubleshooting. Has relevant competence in the areas of Radio
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-enabled methods for security-oriented RF design, 2) low-detectability/covert wireless transmission, or 3) radio-frequency (RF) fingerprinting-based device authentication. The work will involve theoretical
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research in the BECCAL project for the realization of a user-facility for ultracold quantum gases on board the international space station (ISS) - develop electronics to control high frequency
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integrating passive radio frequency and optical data for space object characterisation. Looking forward, the programme is building towards a next-generation distributed observatory that fuses optical, radio
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: accelerator, cyclotron, linear accelerator, heavy ion, beam, charged particle, electronic circuit, electrical system, instrumentation, electromagnetic field analysis, radio frequency, microwave, accelerating
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nonlinear MEMS-based oscillators driven by storage-ring radio-frequency (RF) signals to enable advanced manipulation of X-ray pulses. Background information on the project can be found in the publications
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integrating passive radio frequency and optical data for space object characterisation. Looking forward, the programme is building towards a next-generation distributed observatory that fuses optical, radio
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Education: Bachelor's degree in Telecommunications Engineering, Computer Science, or a related discipline. Specific knowledge: PHY/MAC layers in wireless communication systems. Radio Frequency Identification