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booklet. If you are unable to access this link, please email talent@uq.edu.au for a copy of the booklet. We encourage all applications, both domestic and international. Subject to individual eligibility
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fully resolved single-fracture simulations to large-scale discrete fracture network (DFN) upscaling. Your work will directly address high-value industry challenges in energy and resource systems. CML is
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. Apply and upscale models to industry-relevant scenarios, deploying simulations on high-performance computing (HPC) infrastructure and integrating outcomes into commercial workflows. Collaborate and
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collaborating with industry partners on a project aimed at developing kinetic Monte Carlo simulations to model epitaxial growth processes. The goal is to control and optimise the growth of nanoscale structures
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information, please click here to view the information booklet. If you are unable to access this link, please email talent@uq.edu.au for a copy of the booklet. Please note, you must maintain unrestricted
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at the UQ Bose-Einstein Condensation Lab on a new ARC Discovery Project exploring quantum turbulence and vortex matter simulation. The project focuses on using highly controlled optical trapping of Bose