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Fluorescent colour centres in diamonds are at the heart of many emerging quantum sensing technologies, which are used in applications ranging from biomedicine to defence. This project aims
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The PhD student will work on the synthesis and characterization of new diamond materials for quantum sensing applications as part of a multi-disciplinary team. The PhD student will work on the
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The PhD candidate will gain intensive knowledge in innovative processing protocols for chemical sensing and to develop data acquisition system with the Machine Learning (ML) and/or Deep Learning (DL
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skills with R, C, C++ or Python. Desired: Knowledge or experience with spatial statistics, spatial modelling or GIS; Some knowledge with ecology; Excellent writing and communication skills; Experience with
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interactions. Machine learning: reinforcement learning, or multi-agent systems. Signal processing: spectrum sensing, localization, or radio environment modelling. Multi-agent systems: distributed intelligence
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details of two referees. Evidence of English proficiency may be required. Research area: chemistry, chemical engineering, mineral processing, chemical sensing, environmental science or geochemistry
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are highly toxic and can only be reliably tested at >1ppm levels. To overcome this limitation, new sensing materials such as 2D materials and their heterostructures will be investigated to enable ppb level
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that includes any publications/awards, experience relevant to the project and the contact details for 2 referees PV’s monitoring process can be done intelligently thanks to drone. Remotely operated
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, are highly desirable. Experience with a game design engine may be useful. RMIT is an inclusive organisation. If you need any accommodations to complete your application, feel free to include them when you
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tracing, remote working and many other applications. At the same time the pandemic has underlined the importance of digital inclusion. We invite comparative, collaborative and sectoral studies (especially