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Faculty of Science / School of the Environment Full-time fixed-term position through to mid 2028 Base salary will be in the range $82,057.75 - $109,246.18 (Academic Level A) and $114,824.05 - $136,048.72 (Academic Level B) + 17% Superannuation Based at our St Lucia Campus About This...
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Dynamics (CFD). The position will support the development of a mechanical circulatory support device to treat patients with Heart Failure with Preserved Ejection Fraction. This is an exciting opportunity
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plant systems, and experience in designing control systems (e.g. heliostats) and/or high-temperature process applications. Proficiency with CAD software and digital simulation, including FEA and/or CFD
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: Conduct research on bubble-particle interactions in flotation across molecular to industrial scales using advanced modelling tools like CFD, Matlab, and experimental techniques such as AFM and XCT
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Associate: Physics- Informed Data Driven Windfarm Modelling For this position the research activity will apply and advance on fast CFD methods for full wind farm simulation based on Large-Eddy-Simulation
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objectives: Design and Testing of Biomimetic Microfluidic Systems: Utilize computational fluid dynamics (CFD) to design microfluidic layouts that replicate the diverse stenosis geometries observed in vivo
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of senior researchers, engineers, postdocs, and PhD students working together toward impactful science and mutual growth. In this role, you will apply your expertise in aquatic biogeochemical and ecological
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applied physics other related disciplines. Demonstrated knowledge in at least one of the following areas: porous media flow computational fluid dynamics (CFD) pore-network modelling lattice Boltzmann method
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their best work. THIS ROLE IS LOCATED IN SYDNEY, AUSTRALIA. The Coastal and Regional Oceanography group at UNSW is a dynamic team of researchers, including academics, postdocs, data scientists, technical staff
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and MALDI/ESI, and lignin composition using TDA/GCMS. The postdoc will work closely with teams developing engineered plants to develop a deeper understanding of cell wall architecture. This is expected