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change. The role involves experimental research, data analysis, publication of findings, and collaboration within a multidisciplinary team. Reporting to the Associate Professor Fleur Ponton
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analysis of LGBTQ+ community-controlled organisations’ strengths and potential to inform change, as well as support the overall Optimise+ project under the supervision of Workstream 4 lead Professor Graham
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Council and UNSW Sydney. The project seeks to advance the analysis of dynamical systems through the development of novel techniques in functional analysis, operator theory, ergodic theory, differential
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mental health and AOD services across Australia, with the aim of further enhancing service options. The role will coordinate and implement workstream 4, a Systems-level analysis of LGBTQ+ community
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analytical chemistry, particularly GC-MS analysis of trace volatiles Good communication and problem-solving skills Knowledge in data analytics (python or R) is desirable Knowledge in atmospheric chemistry is
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system. CHL’s mission is to lead and influence change within the humanitarian system through critical analysis, transformational and disruptive education and research, and meaningful contributions
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and the statistical analysis of population and linked health data. Demonstrated experience in the management and analysis of large complex linked data. Experience in prediction modelling and/or causal
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Spectroscopy Conferences and to visit scientific centres in Australia Closing date: Closed Grants and lecture funding Global Science and Technology Diplomacy Fund - Strategic Element Closing date: Closed Grants
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, which has a powerful suite of instrumentation, including the Thermo Scientific Spectra-φ, an advanced S/TEM with beam blanker, multiple fast pixelated detectors and unique electron-optical elements
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, including the Thermo Scientific Spectra-φ, an advanced S/TEM with beam blanker, multiple fast pixelated detectors and unique electron-optical elements to optimise performance in S/TEM. It is located