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). Working closely with academic researchers and industry partners, you will contribute to the development of next-generation intelligent wireless systems that integrate communication, sensing and computing
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established world leader in astrophotonics, having pioneered instruments for photonic interferometry, nulling, wavefront sensing and spectroscopy at the world’s leading telescopes. The successful candidate will
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to contribute to improved health care services for rural and remote regions. As part of the project, you will have opportunities to collaborate closely with academics within the university and with our industry
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. There’s a sense of belonging, from contributing to something groundbreaking – a place where great things happen. We value difference and diversity . That’s why we champion an inclusive and respectful
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founded on photonics technologies. Our group is an established world leader in astrophotonics, having pioneered instruments for photonic interferometry, nulling, wavefront sensing and spectroscopy
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research group at the Institute for Photonics and Advanced Sensing (IPAS) through the School of Physics, Chemistry and Earth Sciences (PCES) to make significant contributions to the: Development of novel and
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communication skills, with the confidence and sensitivity to engage with members of the public in their homes. The following would also be advantageous: experience with IEQ sensing hardware, data acquisition
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generating high quality research output. This is an exciting opportunity to contribute to improved health care services for rural and remote regions. As part of the project, you will have opportunities
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. The following would also be advantageous: experience with IEQ sensing hardware, data acquisition systems, or IoT sensor deployment experience with mould identification, biological sampling, or indoor air quality