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computing technologies; be an Australian citizen, Australian permanent resident or an international student meeting the minimum English language requirements; provide evidence of adequate oral and written
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contain the following information: A one-page cover letter briefly outlining your interest in the project Evidence of research ability: a digital copy of a Masters or Honours thesis; and a digital copy of
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the following documents to Dr. Yi Yang via yi.yang4@rmit.edu.au or Professor Miao Chen via miao.chen@rmit.edu.au a cover letter (research statement) a copy of electronic academic transcripts a CV that includes
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Digital communication plays a crucial role in enhancing aged care experiences, yet significant barriers exist, including accessibility, digital literacy, and cultural inclusivity. This project aims to evaluate current digital communication frameworks, identify key challenges through expert panel...
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Ivan Cole at ivan.cole@rmit.edu.au : a cover letter (research statement) a copy of electronic academic transcripts a CV that includes any publications/awards and the contact details of two referees
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A domestic scholarship to recruit a new cohort of domestic students in our HDR program in COBL. A domestic scholarship to recruit a new cohort of domestic students in our HDR program in COBL. 3.5
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You will explore high through put experimentation through robots, nature of metal corrosion inhibitor interactions at a fundamental level and will work with 3 world class teams to integrate systems together to provide autonomous discovery experimentation You will explore high through put...
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The National Industry PhD Program will support PhD candidates to undertake industry-focused research projects and be equipped with the knowledge and skills to better translate university research
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A stipend from the Flight Safety Foundation of AUD33,000 per year for 3.5 years to cover living expenses and programme fees covered by RMIT. A stipend from the Flight Safety Foundation of AUD33,000
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This project aims to create conformal active holographic metasurface antennas with beam steering capabilities. By developing novel design methodologies using discrete surface impedances and Voronoi surfaces, the project expects to highly simplify the design procedure, antenna structure, and...