Protective Coatings for Thermal Energy Management Devices
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This PhD project aims to address the common issues of 3D-printed thermal energy management devices (TEMDs) in corrosive mediums. To achieve this purpose, an innovative plasma electrolytic coating technology will be combined with advanced nanomaterial synthesis and deposition to fabricate robust coating layers for TEMDs.
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The outcome of this project is expected to significantly enhance the corrosion resistance, mechanical properties, and thermal conductivity of the part. Such coatings will provide considerable benefits, including reducing system lifecycle waste and manufacturing costs.
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We are seeking a motivated and enthusiastic candidate as a full-time PhD scholar. The successful candidate will work at RMIT University's Melbourne City campus but frequent travel is required between various campuses and industry sites across Victoria.
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Requirements
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* The applicant must meet RMIT University's minimum requirements for admission to a Doctor of Philosophy (PhD) program and should hold an Honours degree (First Class) or an equivalent standard Master's degree with a substantial research component.
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* The successful applicant will have an undergraduate or postgraduate degree in Materials Science, Chemistry, Chemical Engineering, Mechanical Engineering, or related areas.
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* Domestic candidates (Australian PR/citizen or New Zealand citizen) are highly preferred to start the project activity sooner, but talented international applicants can also be considered.
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* The applicant must demonstrate strong research and analytical skills.
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* Some prior experience with material synthesis and characterisation is desirable.
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How to Proceed
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Contact us to discuss your suitability and project requirements. Include your CV in the application. Further details can be found online.
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Seniority Level: Internship
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Employment Type: Full-time
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Industry: Higher Education