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pipelines (80% plastic, 20% metal) for distribution. Despite this potential, there are concerns regarding the compatibility of the materials used in gas transport with hydrogen and the feasibility
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understanding of principles of hydrometallurgy and minerals processing. - Strong skills in collecting, recording, and analysing experimental data and the statistical analysis of data. - Ability to interpret
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the following skills and qualifications (tailored to the specific project): Driven individuals who want to be a part of a world class team Some familiarity in healthcare or engineering/image based analysis
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, functionalising, and characterising nanoparticles for targeted delivery in the human body. Responsibilities also include in vitro cellular testing, data analysis from cytotoxicity and bioavailability studies, and
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, neuroscience, medicine, or a related field, with familiarity in experimental research and neuroimaging techniques. Skills in data analysis, particularly using EEG, and a strong understanding of cognitive
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Change lives and change the world with an impactful PhD as a component of the Long-term Trials of Drought Resilient Farming Practices Grants, Future Drought Fund (Australian Government) project
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Eligibility Essential eligibility criteria include: A Honours or Masters degree with a thesis component in a relevant public health, medical, nursing, allied health field or digital health communication field
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of potential options for implementation. This will include prototyping and testing of various implementation options, analysis and documentation of results. Project 2 - Future Power System Modelling: As part of
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utilize a range of state-of-the-art mineral characterization and isotopic analysis techniques available at the John de Laeter Centre (https://jdlc.curtin.edu.au/facilities/ ). This opportunity also
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in an innovative and interdisciplinary approach. A background in science and engineering or social science and policy analysis is desirable. Experience with systems modelling (e.g. system dynamics