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within George Green Institute for Electromagnetic research (GGIER), department of Electrical and Electronic Engineering, University of Nottingham. As an international centre of expertise in
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and operation, introduce physical infrastructure to the ocean, alter the water currents, and emit electromagnetic fields, along with elevated vessel traffic, which produces noise and collision risk for
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animals and will generate high-performing engineering solutions that can be made and tested. This cutting-edge research is important to address generation-after-next defence needs in Electromagnetics, where
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-hearing techniques [1] for echolocating and passive applications in air and in water. Towards the end of the project also the applications of super-hearing in electromagnetic and ionizing radiation fields
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Engineering, Physics, or a related field. The ideal candidate will possess a master’s degree and have expertise in electromagnetics, machine design, and numerical simulations. Proficiency in software tools
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/ Distinction in a relevant Science or Engineering discipline. We are specifically looking for candidates with strong background in electromagnetics, RF design, mathematics, computer programming (MATLAB and
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in the latter case it is redshifted into the infrared region of the electromagnetic spectrum. As part of this PhD project you will have proprietary access to two new, state-of-the-art spectroscopic