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Research Fellow in Supernova Explosions & Radiative Transfer Modelling Job No.: 691454 Location: Clayton campus Employment Type: Full-time Duration: 2-year fixed-term appointment Remuneration
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Desirable: • Experience with small animal models • Expertise with small animal analgesia, and surgery experience • Experience with high dimensional or spectral flow cytometry • RNAseq, scRNAseq, or scATACseq
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models Applying imaging modalities to support drug distribution and efficacy studies Collaborating with national partners across a multidisciplinary research network This position offers a unique
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knockdown and knockout approaches, and conducting experiments in cell culture and mouse models. You will work under limited supervision as part of a collaborative research team, contribute to high quality
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Development and training of AI/machine learning models Real-time validation of algorithms to ensure reliable physiological monitoring under real-world conditions The role offers the opportunity to contribute
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collaboratively in a research environment, communicate clearly, and are motivated to contribute to both scientific discovery and the smooth operation of a research laboratory. Experience with mouse models, flow
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prompts Develop predictive models for sepsis, deterioration and ICU outcomes Create reproducible analysis frameworks using R/Python, GitHub, Quarto or R Markdown Produce real-time dashboards for ICU
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at the Melbourne Centre for Nanofabrication (MCN). This role offers a unique opportunity to work on pioneering platforms that are transforming how we model human physiology and accelerate therapeutic discovery. In
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profile through laboratory experimentation, advanced microstructural characterisation and thermodynamic and kinetic modelling, and you are motivated to contribute to high quality publications and to
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building next-generation models of congenital heart disease and cardiomyopathies in children with rare genetic disorders, with a clear line of sight to therapeutic discovery. You will step into a lab at a