Advanced Control and Fault Diagnosis of Electric Machines and Drives
Research focused on modelling, control strategies, and fault diagnosis techniques for AC electric machines and motor drive systems, with applications in industrial processes and transportation systems.
Funding: National Scientific and Technical Research Council (CONICET), Universidad Nacional de Río Cuarto (UNRC).
Electric Propulsion Systems for Electric and Hybrid Vehicles
Development and analysis of electric propulsion systems, including power electronics, electric machines, and advanced control algorithms for electric and hybrid electric vehicles.
Funding: CONICET, UNRC, national research and development programs.
Integration of Renewable Energy Sources into Electric Power Systems
Research on the modelling, control, and grid integration of renewable energy generation systems, with emphasis on wind and photovoltaic energy conversion systems.
Funding: CONICET, UNRC.
Condition Monitoring and Predictive Maintenance of Electrical Systems
Development of monitoring and diagnostic techniques for electrical machines and drive systems aimed at improving reliability, safety, and maintenance strategies.
Funding: CONICET, UNRC.
Energy Efficiency and Advanced Modelling of Electrical Drive Systems
Investigation of advanced modelling and simulation techniques to improve the energy efficiency and performance of electrical drive systems in industrial and transportation applications.
Funding: CONICET, UNRC.
Innovation in Teaching Methodologies for Electrical Engineering Education
Research project aimed at the development and evaluation of innovative teaching methodologies in electrical engineering courses, including active learning and laboratory-based instruction.
Funding: Universidad Nacional de Río Cuarto (UNRC).
Research-Based Teaching and Curriculum Development in Electrical Engineering
Project focused on integrating research activities into undergraduate and graduate teaching, promoting research-oriented learning and student participation in funded projects.
Funding: UNRC; CONICET.
Development of a Binational Undergraduate Degree Program in Electrical Engineering
Research-oriented academic project for the design and implementation of a binational degree program, including curriculum harmonization and international academic cooperation between Argentina and Germany.
Funding: Argentine–German Academic Cooperation Program (DAAD – Ministry of Education of Argentina); UNRC; Otto von Guericke University Magdeburg, Germany.