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learning to communication systems and experimental work is a plus. The project goal is to develop robust transmitter and receiver architectures that can enable distortion-free transmission through a
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surpassing that of state-of-the-art CMOS/SiGe BiCMOS based circuits. This should be achieved by exploiting innovative design techniques and architectures (e.g. gain-boosting strategies and loss-aware power
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different AWE topologies and control architectures impact the reliability and stability of AWE. The research work will be carried out within the AWETRAIN project, where you will be collaborating within a
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this role, you will leverage your expertise in IoT, low-power computing and communication systems to explore IoT architectures and systems applicable to port environments, extending from nearby industries in