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Field
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: • Experimental wireless systems and platforms, including software-defined radio, RF systems, antennas, embedded platforms, testbeds, and reproducible wireless experimentation. • Intelligent wireless sensing and
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applications from all and recruit on the basis of merit, regardless of age, race, gender, religion, marital status and family responsibilities, or disability. We are looking for a Research Fellow (RF) to join
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(UWB) RF sensing, localisation, and vital sign recognition. The successful candidates will be working with a team of researchers on a range of topics, including artificial intelligence, RF sensing and
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and Qorvo. The UCC part of the project focuses on the development of agentic AI and digital twin concepts for Ultra-Wideband (UWB) RF sensing, localisation, and vital sign recognition. The successful
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focuses on the development of agentic AI and digital twin concepts for Ultra-Wideband (UWB) RF sensing, localisation, and vital sign recognition. The successful candidate will be working with a team of
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(UWB) RF sensing, localisation, and vital sign recognition. The successful candidate will be working with a team of researchers on a range of topics, including artificial intelligence, RF sensing and
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preclinical data. Communicate engineering requirements to colleagues/companies to generate robust solutions where required (RF coil, ventilator circuits). Assess and optimise data quality in real time during
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amplifiers, and photodetectors; Microwave photonics, and RF and analog circuit design; Photonic and electromagnetic design and simulation tools; Laboratory characterization of electro-optical systems
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aspects of Satellite communications. The researcher is expected to contribute towards addressing the detection, classification and localization of satellite communication terminal. Key Responsibilities
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and optimize radiofrequency (RF) power coupling, PMI target conditions, and overall device performance in preparation for early device operations. Integrate boundary plasma simulations with impurity