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current hydration assessment methods are invasive, time-consuming, require controlled laboratory conditions, or rely on single markers that provide limited real-world insight. This project addresses
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moisture estimates. Accurate and timely soil moisture information is essential for irrigation management, drought monitoring and climate-resilient agriculture. Existing approaches have important limitations
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. Applicants may express a preference for either of the two projects described below, or indicate that they would be interested in either project. One scholarship is available to both domestic and international
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streamlined, institutionalised, and scaled without eroding community ownership or governance efficacy. Through a comparative institutional analysis of RISE interventions and established national community-based
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for stretchable mechanical structures largely rely on intuition-driven or bioinspired approaches. They are often time-consuming and substantially limited in design flexibility, making it challenging to meet growing
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tissues or reveal micro- or nano-structural features, like the small air sacs in lungs. To overcome these limitations, alternative X-ray imaging methods have been developed: X-ray phase-contrast and dark
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fields; • experience with large datasets, spatial and environmental analysis, and field work will be viewed favourably; • proficiency in R or similar scripting languages for data cleaning, analysis and
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. Once the models are incorporated into a single System Architecture it will be analysed. The analysis will look at: the limits of the models. This will help to identify what has been and has not been
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scaling limits of conventional silicon electronics. By engineering crystal symmetry and magnetic order through controlled chemical doping, the research aims to tune the quantum metric and realize giant
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while carrying heavy loads; a key challenge in military training where injuries remain common. Using advanced movement analysis, treadmill and real-world testing, and progressive training studies