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Admission of PhD Students at RMIT University
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research interests： power electronics, power system modeling and stability analysis, microgrids. proposed research topics： • application and control of grid-forming converters. • modelling and stability analysis of power-electronics-based power system. • distributed control of modular multi-level converters. • grid integration of renewable energy and electric vehicles. financial support: • the offer of phd stipend and tuition waiver. about rmit university rmit university is an innovative university in melbourne, australia, one of the most liveable cities in the world. we’re recognised globally for study and research in technology, design and enterprise. we have a global reputation for excellence in professional and vocational education, applied research, and engagement with the needs of industry and communities world-wide. in the qs world university rankings 2021, we rank 18th in the world among universities less than 50 years old. in qs graduate employability rankings 2022, we ranks 1st in australia, 18th in asia pacific and 43rd globally. about the power and control team the discipline of electrical and biomedical engineering hosts a strong research team in power and control. led by distinguished professor xinghuo yu, prof brendan mcgrath, and prof liuping wang, the team has broad research strengths in power electronics, power system analysis and control, and intelligent control systems. the discipline of electrical and biomedical engineering hosts several world-class laboratories to ensure high-quality research training. these include smart energy/microgrid lab, machine drives lab, power electronics lab, and advanced control lab. the phd candidate will be supervised by two academics to conduct inter-disciplinary research in cutting-edge technologies of modern power grids and control. opportunities for oversea exchange will be available. website: https://www.rmit.edu.au/about/sc ... medical-engineering requirements: solid background in power system analysis, power electronics, and modern control theory. skilful in simulation software and controller programming. good knowledge of modern power grids and the role of power electronics. experiences in ieee journal publications. contacts please feel free to enquire through email. interested students can send the resume to shuo.yan@rmit.edu.au with the file name in the form as “university name_student name_degree_major”. |
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