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candidate is expected to develop an independent research programme within this broad scope, focusing on methodological innovation and the application of modern AI approaches to large-scale biomedical data
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develop disruptive wireless technologies that enable secure, intelligent, sustainable, and highly connected future networks for terrestrial, aerial, space, industrial, and defense applications. In Autumn
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networks, physical layer security, quantum-enabled communications, semantic and AI-native wireless systems, and energy-efficient/low-power communication. Our vision is to develop disruptive wireless
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positions will be filled for a fixed-term period of 3 years and are connected to Tampere University’s FutureChips Postdoctoral Programme and focus on fundamental technology and methods development for next