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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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merit and suitability to the selected project. Please contact the primary supervisor for more information about these projects. SHU-25020 - COVID-19 Amyloid Proteins: Decoding the Mechanisms
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mechanisms and transformer models. Qualifications Bachelor’s degree with First Class Honours (or equivalent) and/or a research master’s degree in computer science, AI or Computer Vision; or an equivalent
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delivery applications. We are growing the group to comprise around six postdoctoral staff and six PhD students, forming a highly supportive and talented daily workplace. We regularly utilize large scale
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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
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polymer science. Problem solving skills/experience in applied chemistry, mechanical or electrical engineering. For further information, please contact A/Prof. Ken Chiang (E: Ken.Chiang@rmit.edu.au
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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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Are you an Australian PR, citizen, or an international student in Australia with a 1st class Honours in Civil, Environmental or Mechanical Engineering? RMIT Engineering PhD candidates get a laptop
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skills Experience with nanoparticles for drug delivery or diagnostic applications Familiarity with biological systems and cellular targeting mechanisms Knowledge of computational tools for modelling
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-of-art AEMWE. Objectives The specific objectives include (1) To understand the reaction mechanism and kinetics for oxygen evolution reaction (OER) and hydrogen evolution reaction (HER) and ionic