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stiffness by changing their composition and self-assembly process. The relationship between nanoparticle structure and stiffness will be determined both through experimental and modelling approaches. Finally
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@rmit.edu.au This project duties are: To assess the available energy resources in wastewater heat in the Australian food sector using measurement and modelling approaches To develop wastewater heat recovery
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various modes of transport, travel routes, times of day and year, and working routines. To assess the health impact of air pollution exposure using health impact modelling To develop mitigation measures
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: An academic CV that includes any publications/awards and the contact details of two referees. A copy of electronic academic transcripts. A cover letter explaining the applicant's suitability for the project. A
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magdalena.plebanski@rmit.edu.au . A copy of electronic academic transcripts A CV that includes any publications/awards and the contact details of two referees To apply, please submit the following documents
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. Degree and/or knowledge of core chemical engineering disciplines such as reaction engineering, kinetic and process simulation. Excellent written and verbal communication skills. Problem-solving experience
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. Magdalena Plebanski via magdalena.plebanski@rmit.edu.au A copy of electronic academic transcripts A CV that includes any publications/awards and the contact details of two referees. To apply, please submit
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. Magdalena Plenbanski via magdalena.plebanski@rmit.edu.au and Dr April Kartikasari via april.kartikasari@rmit.edu.au . A copy of electronic academic transcripts A CV that includes any publications/awards and
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, applied maths, physics, chemistry, computer science, computational modelling, earth science or similar. Strong programming skills. Experience in making gas flux measurements Excellent project management
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engineering background who has an interest in image reconstruction and/or modelling the mechanics of the heart. The project also has a sub aim of protecting the heart from radiation during radiation therapy