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Field
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on a project in the area of interconnected power system stability analysis and control. Key Responsibilities: Develop a measurement-based approach to derive the static and dynamic equivalence
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The School of Mechanical & Aerospace Engineering (MAE) is a robust, dynamic and multi-disciplinary international research community comprising of world-class scientists and bright students. MAE
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of Melbourne, has two closely connected aims. First, we will develop a formally verified reference monitor on top of seL4 for the secure containment of AI agents, including mechanisms for dynamically controlling
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optimisation. Develop model predictive control and multi-agent model predictive control algorithms for path planning under dynamic maritime conditions. Develop capacity optimisation algorithms that enable drones
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dynamics, operator-theoretic analysis, or systems control engineering for the research project, “Quantum nonlinear dynamics theory for understanding, prediction, and control of quantum dynamics ” (Principal
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of advanced AI-based, automated, and intelligent fast-control strategies for voltage control in future distribution grids with high uncertainty and dynamic environments. The project will consider various
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for estimating transvalvular pressure gradients and valve severity. By combining controlled experimental studies with patient-specific valve geometries, the project will identify haemodynamic and anatomical
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to explore the dynamics of tropical forests responding and feeding back to climate. The position is part of the NGEE-Tropics project (https://ngee-tropics.lbl.gov ), a long-term, DOE-funded effort to
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characterization methods - Attosecond/X-ray beamlines, high vacuum systems, cryogenics, compressed gas handling - Quantum materials/ultrafast dynamics of materials - Laboratory control coding (python preferred
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leading European university offering a multicultural environment in one of the world’s most dynamic capital cities. With more than 60,000 students and 5,000 staff, the University facilitates individual and