معرفی
Justino Miguel Rodrigues is a Contracted Researcher at the Institute of Systems and Computer Engineering, Technology and Science (INESC TEC) and an invited PhD professor at the Faculty of Engineering, University of Porto. He serves as head of the SmartGrids and Electric Vehicles Laboratory (SGEVL) at INESC TEC and holds the position of Area Manager within the Power and Energy Systems Centre.
Born in Penafiel, Portugal on September 9, 1985, Dr. Rodrigues earned his Master's degree in Electrical and Computer Engineering in 2010 and his Ph.D. in Sustainable Energy Systems in 2022, both at the Faculty of Engineering, University of Porto. His doctoral thesis, "Advanced Control Functionalities for Smart-Transformers Integrating Hybrid MicroGrids," received the prestigious REN prize in 2023 for the best doctoral thesis in the energy sector covering years 2022-2023.
His research focuses on critical power system challenges including:
- Smart electric power grid technologies and control systems
- Integration of renewable distributed energy resources
- Electric vehicle infrastructure and grid integration
- Advanced control methodologies for power distribution networks
- Hybrid AC/DC distribution systems
Dr. Rodrigues' publication record demonstrates expertise in smart transformer applications, grid stability mechanisms, and optimization techniques for modern power systems. His work consistently addresses practical challenges in integrating renewable energy while maintaining grid reliability, with particular emphasis on fault management, frequency regulation, and load restoration strategies.
His notable scientific recognition includes:
- REN prize in 2023 for the best doctoral thesis in the energy sector (covering years 2022-2023)
Dr. Rodrigues leads INESC TEC's participation in the H2020 European Project POCITYF and has contributed to significant research initiatives including the PV_Azores_DM project studying photovoltaic integration on São Miguel Island. As head of the SmartGrids and Electric Vehicles Laboratory, he directs research activities focused on advancing power system technologies for the energy transition.
