Rate My Professor Ghazavi Dozein

Dr Mehdi Ghazavi Dozein is a Lecturer (Assistant Professor) in Power and Energy Systems with the Department of Electrical and Computer Systems Engineering at Monash University. He previously served as an Associate Lecturer in Power Systems at The University of Melbourne from 2021 to 2023. Ghazavi Dozein holds a PhD in Electrical Engineering - Power Systems from The University of Melbourne (2022), with thesis "Dynamics of Low-Carbon Grids: Fundamentals, Challenges, and Mitigation Solutions," an MSc in Electrical Engineering - Power Systems from University of Tehran (2014), and a BSc in Electrical Engineering - Power Systems from Iran University of Science and Technology (2012). Earlier professional experience includes Manager at Kianmehr Smart City Company (2016-2021), where he oversaw utility-scale solar units, combined heat and power plants, and feasibility studies for renewables, and Consultant at Niroo Research Institute (2012-2019) on smart grid pilot projects and renewable integration challenges.

His main research interests lie in power system dynamics and stability of emerging renewable-rich power systems, power system integration and operation of hydrogen technologies and large loads such as data centres, system strength, grid integration of renewables, and control of inverter-based technologies in transmission and distribution networks. A Senior Member of IEEE, he is a Panel Member of Australia CIGRE C4 on Power System Technical Performance and member of CIGRE Next Generation Network. Ghazavi Dozein leads and contributes to funded projects like "Electrolyser technology for enhancing grid stability" and "Modelling and Analysis of Data Centres for Power System Studies." Notable publications include "Modularized Small-Signal Modeling of Grid-Forming Inverters" (2025, IEEE Access), "Grid-forming services from hydrogen electrolyzers" (2023, IEEE Transactions on Sustainable Energy), "Hydrogen electrolyzer load modelling for steady-state power system studies" (2023, IEEE Transactions on Power Delivery), "Dynamics of inverter-based resources in weak distribution grids" (2022, IEEE Transactions on Power Systems), and "Virtual inertia response and frequency control ancillary services from hydrogen electrolyzers" (2022). He accepts PhD students in his research areas and contributes to UN Sustainable Development Goal 7.