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research funding applications. You will: conduct research in robotics, with a focus on mobile robot navigation and control; design, build, and test robotic systems, integrating hardware and software; develop
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microbiome innovation. This role is part of a pioneering initiative funded by Horticulture Innovation Australia, aimed at unlocking the potential of soil and plant microbiomes for disease control and
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, and using ETL/ELT and other modern data integration technologies bring strong technical capabilities in cloud data platforms, cyber security, network management, and workflow automation demonstrate a
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techniques for multiple neglected tropical diseases (NTDs) and other infectious diseases. The role contributes to studies assessing NTD burden in endemic countries and evaluating the impact of disease control
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controlled trials designed to assess the impact of plant-based protein diets on muscle protein synthesis, you’ll also manage subject recruitment and study logistics, including dietary intervention, health
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at the interface of polymer chemistry, solid-state materials and electrochemistry develop and optimise templating techniques for controlled structure formation and material design design, characterise, and optimise
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engineering facility with a highly automated workflow. This means rather than having a researcher building one strain at a time manually, the same researcher could build hundreds or thousands of strains in
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the School and Research Centres to deliver high-quality research aligned with the University’s strategic priorities. The role involves undertaking research and development in learning, control and optimisation
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how control parameters (e.g. bucket speed, size, depth, and packing density) influence energy dissipation develop mathematical models to predict and explain these effects collect and analyse data
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and brain imaging using MRI and/or EEG. Strong foundational knowledge of human cognition (decision-making, attention, executive control) and its neural underpinnings. Evidence of successfully completed