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the traditional food chain. You'll also play a key role in shaping methods for sample collection, analysis, and data interpretation, working in partnership with local communities, industry stakeholders, and
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soils and food products, including the traditional food chain. You’ll also play a key role in shaping methods for sample collection, analysis, and data interpretation, working in partnership with local
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familiarity with or experience in secondary data and its analysis. Demonstrated experience analysing and reporting quantitative data and/or qualitative data. Life at QUT We're committed to building a culture
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communities to ensure that all research results are communicated and adopted by communities and/or government. Lead development, simulation and analysis of the multi-strain model Lead calibration of the model
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collection methods, including development of in-person data collection tools (such as surveys and interview schedules) and familiarity with or experience in secondary data and its analysis. Demonstrated
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cell wall characterisation of a range of crops, including sorghum, sugar cane and rice. This will include monosaccharide quantification using HPAEC-PAD, structural analysis of polysaccharides using PACE
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favourably. Extensive expertise or strong interest in microbial biotechnology, particularly fermentation. Experience in bioinformatics, multi-omics data analysis (e.g., genomics, metagenomics), or systems
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, metabolomics, proteomics or developmental origins of human disease. Demonstrable experience and expertise in bioinformatics, statistics and analysis of large datasets, for example metagenomics, proteomics
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original experimental research, as evidenced by impactful and high-quality outputs. Familiarity with isolation and analysis of extracellular vesicles, molecular biology, bioassay and bioanalysis; Ability
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of modular robotic platforms capable of automated construction and analysis of synthetic microbial strains. Macquarie is a university engaged with the real and often complex problems and opportunities