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This PhD scholarship is funded by an Australian Research Council Industry Fellowship grant. It is a 3.5-year research training program. The ARC Industry Fellowship program aims to develop a strong
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zero 2050 targets. Advance national building energy tools, developing HVAC sizing methods within AccuRate and AccuRate Home for NatHERS. Work on applied, real‑world modelling that directly informs
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of immunotherapy and therapeutic development. In this role, you will drive original research in immunotherapy and biotherapeutics, contributing to the design, development and translation of next-generation
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the project’s cross-cutting computational and bioanalytical objectives and will involve developing a data base to record and access clinical data from a wide variety of animal species and also to develop a
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drug resistance in invasive and emerging fungal pathogens develop novel approaches to analyse medically relevant fungal genomes in the context of infectious disease outbreaks produce high-quality
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collaboration, and competitive funding applications; develop leadership capability through supervision of students engaged in these activities; and translate research findings into outputs that support public
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to their culture and pay our respects to their Elders past and present. View our vision towards reconciliation . Role highlights Develop advanced techno‑economic and power system modelling to support community
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alloys produced using additive manufacturing technologies. You will work close with Dr Qiyang Tan and Prof Mingxing Zhang and contribute to alloy development using computational materials science, applying
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research findings through high-quality publications in top-tier venues. Supervision and Researcher Development: Contribute to the effective supervision of Honours and Higher Degrees by Research students (as
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environmental mass spectrometry and/or environmental microbiology, to join the QAEHS Environmental Toxicology Theme led by Professor Kevin Thomas. This team, working alongside industry partners, works to develop