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development in grid-forming converters, power electronics, and advanced energy systems. The role involves the design, modelling, control, implementation, and experimental validation of grid-forming power
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support research and development activities in advanced power electronics and energy systems. The role involves the design, development, control, and experimental validation of high-efficiency power
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Fellow (SRF) who will develop, optimise, and validate wireless power transfer (WPT) systems for electric vehicle charging roadway applications. The SRF will contribute to Double-D coil-based WPT system
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, before scaling into a full virtual power plant (VPP) in the long term. Conduct automated materials synthesis, characterization, electrochemical testing, and data analysis for battery systems. Participate
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optical and thermal simulation software, and high-power laser systems Solid theoretical understanding of fiber optics, laser physics, and heat transfer. Good written and oral communication skills
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communications networks for next-generation industrial control systems, e.g., power grids. Interdisciplinary Research: This position is two- or three-year research endeavor to support postdocs whose
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interdisciplinary school of public policy scholars, robust campus units researching power and energy systems, and a world-class think tank studying contemporary China. Research Focus The project aims to identify and
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solid-state lasers, high peak power lasers, high average power lasers, and high energy / high intensity short pulse lasers. This work will take place within the Extreme Light, Matter, and Fusion (LMF
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solid-state lasers, high peak power lasers, high average power lasers, and high energy / high intensity short pulse lasers. This work will take place within the National Ignition Facility & Photon
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— with the aim of significantly improving power density, durability, and cost-effectiveness of flow battery systems for grid-scale energy storage. This role is ideal for a candidate with strong hands-on