47 density-functional-theory-molecular-dynamics Fellowship positions at Monash University in Australia
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Research Fellow in Dynamical Systems Job No.: 683312 Location: Clayton campus Employment Type: Full-time Duration: 2-year fixed-term appointment Remuneration: $83,280 - $113,025 pa Level A (plus 17
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biology, molecular biology techniques, and immunological assays. The role involves conducting independent experiments, managing multiple sub-projects, supporting students, and contributing
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accurate molecular discovery. You will work closely with academic researchers and industry partners to translate research outputs into real-world therapeutic design pipelines. Key responsibilities include
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Factors theory and application in health systems. About Monash University Join Monash University’s dynamic research environment at the Alfred precinct, where ground-breaking translational medicine meets
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candidates with a background in: Mathematical optimisation Quantum information theory Computational mathematics or related fields About Monash University At Monash , work feels different. There’s a sense of
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modelling and machine learning to join and lead a dynamic international team of early-career researchers. This exciting role is part of a cutting-edge project investigating the structural integrity
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understanding the molecular mechanisms behind heart defects and cardiomyopathies using cutting-edge technologies such as human induced-pluripotent stem cells (hiPSCs), CRISPR gene editing, 3D organoids, and
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(plus 17% employer superannuation) Advance addiction research in a world-leading university setting Collaborate across labs in a supportive, multidisciplinary team Research Fellow role driving insight
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industry, policy, and public sectors Review relevant literature and engage with sociological theory to understand the role of “cute” home helper robots in Australian households Undertake design and digital
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to map and measure electromagnetic fields inside materials via scanning transmission electron microscopy. The Research Fellow will work with Associate Professor Scott Findlay to develop new theoretical and