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interdisciplinary research at the intersection of engineering, systems thinking, and organisational studies. We are seeking a Postdoctoral Research Associate AI-Driven Sensing and Control for Megaproject Systems
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, systems thinking, and organisational studies. We are seeking a Postdoctoral Research Associate AI-Driven Sensing and Control for Megaproject Systems (Level A) to join a new research stream focused
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wave theory and nonlinear optics conduct research either independently or as part of a team contribute to journal publications and other academic outputs produce software implementations
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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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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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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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of Civil Engineering, The University of Sydney Your key responsibilities will be to: design and conduct experiments experimentally identify how control parameters (e.g. bucket speed, size, depth, and packing
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ability, including coding (e.g., ‘R’) and solid understanding of underlying theory of contemporary modelling approaches demonstrated technical experience in marine biodiversity assessment and implementation
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of Civil Engineering, The University of Sydney Your key responsibilities will be to: design and conduct experiments experimentally identify how control parameters (e.g. bucket speed, size, depth, and packing
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detectors (GWD), including the LIGO detectors. Current projects include the development of wavefront sensors and actuators for improved laser-beam mode control in GWD, including a new facility for full