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in biomedical engineering, mechanical engineering, or a related field. Experience in finite element modelling, biomechanics, or orthopaedic research is desirable. Strong analytical and problem-solving
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transport and energy conversion. The incorporation of 2D nanomaterials as sacrificial layers enables precise control over nanochannel architecture, ensuring enhanced selectivity, mechanical robustness, and
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spatial and single-cell datasets to identify molecular mechanisms underlying therapy response and resistance. Their work will also explore tumor microenvironment dynamics—such as immune cell infiltration
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to the following: Develop a comprehensive understanding of the oxidation kinetics and mechanisms using different oxidising agents. • Develop a comprehensive understanding of the leaching kinetics and
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The aim of this project is to describe ion conduction and activation/inactivation processes by employing molecular dynamics and statistical mechanical methods. The expected outcome is an improved
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the body. This project involves the development and application of advanced computer simulation methods to explore the mechanisms of ion conduction, selectivity and activation for ion channels that control
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. Supervisor: A/Prof Tom Honeyands Available to: Domestic and International students MPhil Eligibility Criteria Bachelor's degree or equivalent degree in Chemical/Mechanical/Metallurgical Engineering or a
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science or engineering Strong computer science skills and some experience with statistical, machine learning, and image processing techniques Strong candidates with electrical, mechanical, and biomedical engineering
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-term appointment Remuneration: The successful applicant will receive a tax-free stipend, at the current value of $36,063 per annum 2025 full-time rate, as per the Monash Research Training Program (RTP
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and reform options and investigate potential mechanisms, processes and organisations through which systematic change can ideally be influenced and achieved. As a means to address unsustainable resource