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PhD Scholarship This project will help validate and improve a saliva-based hydration test and digital app for sport and workplace use, testing new saliva-based hydration markers in real-world
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approaches for multi-frequency and multi-constellation observations. This may include signal selection and quality control, low-elevation satellite arc processing, spectral analysis, reflector-height
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-assisted soft-mist inhaler for patients who cannot reliably use conventional inhalers because of weak or irregular breathing. Many inhalers depend on the patient generating sufficient inspiratory flow and
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independently, as well as part of a team; Have the ability to plan, organise, manage multiple tasks and meet deadlines; Have analytical thinking, data analysis and critical problem-solving skills; and Be enrolled
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and Evidence-to-Decision frameworks · Use and evaluation of digital guideline platforms (MAGICapp) · Implementation science and knowledge translation in rheumatology
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investigate the scientific, technical and institutional innovations required to enable large-scale impact. Successful candidates will join the Transforming Cities Hub at Monash University and work within an
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. The student will gain hands‑on experience with plasma science, reactor design, chemical analysis, and renewable‑energy technologies. It’s an opportunity to contribute to real‑world climate solutions while
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social media and online platforms. The project will use natural language processing (NLP), large language models (LLMs), and network analysis to identify coordinated harassment, anti-gender equality
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of surface water, groundwater, and probabilistic seepage analysis, together with modelling and uncertainty assessment techniques. Consideration of these interacting processes may help improve the accuracy and
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and design will be developed with the successful candidate. Both qualitative and quantitative methodologies may form part of the PhD including co-design, thematic analysis, single case experimental