13 agent-based-modelling Fellowship research jobs at University of Adelaide in Australia
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Technology (SET) This position plays a vital role in developing advanced theoretical tools and models for superconducting quantum materials research, contributing to leading-edge defence-related technologies
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metapopulation and/or individual based models Knowledge of Bayesian methods, including Approximate Bayesian Computation Experience with big data analysis and HPC environments Knowledge of additional programming
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/research/about-us/ AIML is the largest University based computer vision and machine learning research group in Australia, with over two hundred members including academics, engineers, research staff and
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closely with an industry partner, you will generate cutting-edge insights into protein structures and protein-ligand interactions using in silico approaches such as bioinformatics, modelling and docking
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an employer contribution of 17% superannuation applies. Four Full Time Positions Available | 24 Months Fixed Term | Expected to commence February 2026. Be part of a world class, outcome-based research centre
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will need: A PhD or equivalent in stochastic modelling, data science, network analysis, statistics, or related discipline Is eligible to apply for an Australian Government security clearance. Research
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the molecular mechanisms that enable male germline recovery following damage by genotoxic drugs, and the regenerative responses of SSCs. The research will use in vivo models, organoids, SSC culture, and genomic
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contribution of 17% superannuation applies. Full Time, Fixed Term position for 12 Months! We are seeking a Postdoctoral Research Fellow (Structural Engineering) to be based within the School of Architecture and
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underpinnings of the illegal wildlife trade (IWT), with particular emphasis on tracing and analysing illicit financial flows, trade-based money laundering, and the economics of transnational environmental crime
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an interdisciplinary team of researchers and based at the University of Adelaide, with partners around the world. We are involved in a wide range of research projects that seek to understand why