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a key project on spatial audio capture, exploring innovative microphone array processing and real-time audio programming. Your work will not only advance the science but also influence real-world
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revolutionary listening experiences that will impact industries worldwide. About the role You will lead a key project on spatial audio capture, exploring innovative microphone array processing and real-time audio
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of optical microscopy, fibre laser optics imaging techniques and lubrication. Your prime responsibilities will be the development of the bespoke version of optical setup fitted on the tribometer, its operation
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inspection, develop a database of raw and processed thermographic images of different defects - geometries on composites, test of thermographic image processing tools and techniques (all applicable
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skills and a track record in the areas of optical microscopy, fibre laser optics imaging techniques and lubrication. Your prime responsibilities will be the development of the bespoke version of optical
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you will need to evaluate all active thermography approaches for composites inspection, develop a database of raw and processed thermographic images of different defects - geometries on composites, test
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vivo imaging platforms. Key responsibilities To work within the Mansour and Roghanian labs, and with collaborators at Southampton and beyond. To design, conduct, and analyse in vitro and in vivo
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spanning immunology, and bioinformatics, with access to advanced flow cytometry, 10X Genomics, in vivo imaging platforms. Key responsibilities To work within the Mansour and Roghanian labs, and with
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chemical processes, supporting the translation of innovation from the laboratory to pilot scale. The successful candidate will focus on the mechanistic modelling of carbon dioxide conversion and other
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of methane at high concentrations both from gas-fed bioreactors and through modification of conventional anaerobic digestion processes. The research is intended to assess the optimum conditions and the