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Field
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explore advanced integration approaches such as micro-transfer printing for back-end-of-line compatible photonic integration for next-generation optical interconnects and electronic-photonic systems. Key
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development in grid-forming converters, power electronics, and advanced energy systems. The role involves the design, modelling, control, implementation, and experimental validation of grid-forming power
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microscopy) and biochemical analytical methodologies (e.g. micro-FTIR, micro-XRD, micro-MRI, micro-CT and so on) Bio-sample preparation Literature review, data analysis, writing reports and manuscript
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microscopy, non-linear optical microscopy) and biochemical analytical methodologies (e.g. micro-FTIR, micro-XRD, micro-MRI, micro-CT, synchrotron-based Xray fluorescent microscopy, and so on) Bio-sample
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Oral Tribology to 4D Micro-CT Failure Analysis”. The laboratory-based project combines dental biomaterials, development of wear-testing methods, mechanical characterisation and advanced X-ray imaging
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1. Substantial experience in asymptotics, perturbation expansions, micro-hydrodynamics, elastohydrodynamics, viscous flow physics. 2. Certain programming and analytical skills
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work at the interface of micro/nanofabrication, point-of-care (POC) development, and biomedical diagnostics. This role offers a unique opportunity to contribute to the design and optimization
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analytical methodologies (e.g. micro-FTIR, micro-XRD, micro-MRI, micro-CT and so on) Bio-sample preparation Literature review, data analysis, writing reports and manuscript Qualifications Candidates should
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Oral Tribology to 4D Micro-CT Failure Analysis”. The laboratory-based project combines dental biomaterials, development of wear-testing methods, mechanical characterisation and advanced X-ray imaging
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strongly preferred. Candidates should be proficient in micro-computed tomography (micro-CT) imaging and analysis. Experience performing mouse surgery is preferred. A demonstrated publication record and