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. Familiarity with high-voltage test systems, simulation tools (e.g., PSCAD, PSS/E, MATLAB/Simulink), and grid-interactive microgrids. Demonstrated success in transitioning power system innovations from R&D
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complex power network to meet the electrical loads of these sectors. Due to recent advances in smart metering infrastructure as well as wide area monitoring protection and control, the data and information
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analysis, equipment evaluation, protective device coordination, harmonic distortion, and arc flash studies for the University’s electrical distribution systems. Recommend settings for electronic and
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environmental impact. Our work spans three strategic research themes: Blue/Green Infrastructure: advancing nature-based solutions that strengthen environmental resilience and protect ecosystems. Sustainable
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are not limited to power system modeling, protection and control including microgrids and bulk power systems; renewable and alternative energy systems; energy storage and battery systems; and power
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their integration, distribution, protection, storage, microgrids, electric machines, power conversion, and battery technologies. Preference will be given to candidates with a strong publication record who
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infrastructure for the 21st century - Power system analysis, protection, grid modernization, distributed energy resource integration, demand response, microgrid design, and power electronics applications. Embedded