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, group theory, and/or graph theory will be necessary. Experience in modelling biological processes, and in algorithm development or computation will also be valuable. Proven commitment to proactively
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apply analytical workflows for high-throughput breath analysis, ensuring robust and reproducible data. Work closely with clinical and research partners to translate findings into practical screening
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, contribute to the design and analysis of intervention studies including randomised controlled trials, and translate complex findings into outputs that inform clinical practice and prevention strategies
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, the main objective of these positions will be to establish new approaches to monitor and assess the prevalence of vaping and smoking in the Australian population, mainly via wastewater analysis. To achieve
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students and technical staff in laboratory practices and data analysis • Remaining current with progress in the field and incorporate that knowledge into the research programme • Contributing to limited
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programming language such as Matlab, Julia or Python Experience in the development and analysis of mathematical and computational models of real-world phenomena Strong interpersonal, communication and
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programming language such as Matlab, Julia or Python Experience in the development and analysis of mathematical and computational models of real-world phenomena Strong interpersonal, communication and
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. The Research Fellow will lead projects, method development, routine analysis and provide strategic advice on GC/MS research infrastructure to expand the types of mass spectrometry capabilities within the BMSF
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plants. As the successful candidate you will have experience in cloning, plant genetic transformation, analysis of DNA, RNA and protein samples, protein structure analysis, and using a variety of
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science, psychology, or human factors Strong stakeholder engagement and communication skills Proven experience in data collection, analysis, and academic writing A keen eye for detail and a proactive