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wireless communications and in car radar to enable autonomous driving, (sub)-terahertz research for new applications, but also low-power health electronics for biomedical applications. The EM group
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-signal) electronics, including the field of millimeter-wave frequency front-ends that will be introduced in the next 10 years in 6G wireless communications and in car radar to enable autonomous driving
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wireless communication systems. You will be employed by KPN and will work closely with experts in optical communication of Eindhoven University of Technology. Your work is embedded within the newly granted
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in creating efficient antenna arrays for various applications, including wireless communications and remote sensing. This research program aims to push the boundaries of antenna array design by
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-based (NAHB) modeling for designing innovative technology in neuromodulation, MRI, EM therapy and wireless communication & power transfer to human body implants. As a group, the experienced staff in
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-based (NAHB) modeling for designing innovative technology in neuromodulation, MRI, EM therapy and wireless communication & power transfer to human body implants. As a group, the experienced staff in
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the field, conducting efficient sampling and effectively communicating with scientists on Earth. The CAVES & PANGAEA team has been working on tools to support and enhance these training programmes as
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the Electrical Engineering (EE) department of the University include optical signal generation, transmission, hybrid wireless-optical communication systems for millimeter wave and low-Terahertz applications
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and activities within the Electrical Engineering (EE) department of the University include optical signal generation, transmission, hybrid wireless-optical communication systems for millimeter wave and
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array designs and advanced beamforming techniques, promises to push the boundaries of mm-wave technology, paving the way for more efficient and powerful wireless communication and sensing systems. Job