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Semiconductor fabrication is one of the most complex and precision-driven forms of manufacturing. At nanometre scales, even subtle variations in process conditions can introduce defects that degrade
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in process conditions can introduce defects that degrade device performance, reduce yield, and drive up production costs. Addressing this challenge requires new modelling approaches that can capture
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into the ocean turbulence dynamics shaping the distribution of Antarctic sea ice, and the feedbacks of ice processes on ocean stratification and circulation. The role will focus on the analysis of a range of
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-integrated photonics components, novel photonic integrated circuits (PICs) for secure communication will be demonstrated. The laboratory-level development will be combined with a large-scale wafer process with
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development will be combined with a large-scale wafer process with industrial-level uniformity and spatial resolution by using the pilot 300-mm semiconductor process line available in collaboration with AIST
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to equal opportunities and gender balance in the workplace. The Faculty recognises that applicants may seek flexible working patterns which will be considered as part of the recruitment process. For further
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either photonic structures or optoelectronic device fabrication and characterisation. Strong experimental skills in at least one of: nanofabrication, electronics, materials development and processing
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, materials development and processing, or thin-film characterisation. Ability to work collaboratively within interdisciplinary research teams. Good communication and interpersonal skills. Desirable
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the development and operation of its Secure Data Environment (SDE). This role sits within a growing multidisciplinary team and will involve working closely with a small group of engineers and
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including anechoic chambers and controlled experimental environments, ensuring high-quality, repeatable data. Develop and apply signal processing workflows for weak transient signals, long-term monitoring