48 postdoc-computational-biomedical-engineering Fellowship positions at The University of Queensland in Australia
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Fellow to join The University of Queensland’s Node of the EarthBank Program — a newly established national geoscience initiative under NCRIS AuScope. EarthBank is a transformative program aimed at
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of a PhD in experimental solid-state quantum computing. Postdoc (research scientist) experience is desirable. A growing profile in research in research in the area related to circuit QED and/or
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projects and participate in applications for competitive research funding; contribute to progressing towards transfer of knowledge, technology and practices to research end users through translation
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team to drive innovation in plant breeding. Key responsibilities will include: Research: Conduct and publish high-quality research, develop a coherent research program, and actively pursue competitive
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Physics, Chemistry, Materials, Chemical Engineering, or a closely related discipline. Broad knowledge of kinetic Monte Carlo methods. Demonstrated expertise in one or more of the following areas: ab initio
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the Queensland State Government to establish The National Quantum Computing Testbed Facility (NQCT). NQCT partners with CSIRO to develop a quantum software stack and with several industry partners for microwave
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Biomedical Engineering, Nanotechnology, or a related discipline. Strong hands-on experience in microfluidics (design, modelling, and experimental implementation) Knowledge of nanomaterials and their use in
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the Queensland State Government to establish The National Quantum Computing Testbed Facility (NQCT). NQCT partners with CSIRO to develop a quantum software stack and with several industry partners for microwave
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(Academic Level C) Based at our St Lucia campus About This Opportunity This is an exciting opportunity for a Senior Research Platform Fellow - Deputy Director for the National Quantum Computing Testbed
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of Mechanical and Mining Engineering, where innovation meets impact. As a key member of this dynamic team, you will develop cutting-edge computational models of two-phase flow in fractured media — ranging from