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and child health. They will develop data analysis plans, organise data management, and conduct statistical analysis of national and local routine health datasets, including the Education and Child
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on advancing the computational analysis and manufacturing of these critical materials. Who are we? We are a world-renowned research group at the forefront of aerospace innovation. Our department boasts cutting
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. The project will involve experiments at Free Electron Laser Facilities and subsequent analysis and modeling of the data. The successful applicant will join a vibrant research group that uses a wide variety of
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material analysis tools. You’ll also have opportunities to contribute in our advanced laser laboratories and other university facilities. Your attention to detail and commitment to excellence will help us
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monitoring and prediction/decision modelling, while supporting data collection, analysis, and dissemination throughout the project. The lecturer will also contribute 50% FTE to the delivery of UG and PGT
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characterisation facilities (thermogravimetric analysis, X-ray diffraction, Raman, optical and SEM/EDX microscopy, etc.) as well as versatile synthesis instrumentation and a fully equipped battery research
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: Express HIV-1 envelope glycoproteins in mammalian cells. Purify proteins using nickel affinity and size-exclusion chromatography. Prepare samples for mass spectrometry analysis. Pseudovirus Production
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, cognitive, and physiological characteristics. They will provide expertise in physiological data monitoring and prediction/decision modelling, while supporting data collection, analysis, and dissemination
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materials. The project is also supported by a full range of world-class characterisation facilities (thermogravimetric analysis, X-ray diffraction, Raman, optical and SEM/EDX microscopy, etc.) as
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for mass spectrometry analysis. Pseudovirus Production: Assist in the generation of HIV-1 pseudoviruses. Conduct quality checks to ensure reproducibility and consistency across batches. Laboratory Support