Dra. Gina Ma. Idárraga Ospina is a Professor Investigator at the Faculty of Mechanical and Electrical Engineering, Universidad Autónoma de Nuevo León. She completed her doctoral studies in Electrical Engineering at the Universidad Nacional de San Juan, Argentina. She has been recognized with membership in the Sistema Nacional de Investigadores de México (Nivel 1). Recently, she has led multiple research projects related to electromagnetic transients, partial discharge analysis, digital signal processing, and optimization in smart grids. She has published numerous papers in various indexed journals and conferences. She serves as a member of IEEE and actively participates in research development and dissemination efforts. Her teaching disciplines include digital signal processing, transient phenomena modeling, partial discharges, wavelet transform, and optimization in power networks. Her research interests include transient phenomena simulation and modeling, partial discharge analysis, wavelet-based digital signal processing, and cost optimization in smart grids.
Dra. Gina Ma. Idárraga Ospina is a Professor Investigator at the Faculty of Mechanical and Electrical Engineering, Universidad Autónoma de Nuevo León. She completed her doctoral studies in Electrical Engineering at the Universidad Nacional de San Juan, Argentina. She has been recognized with membership in the Sistema Nacional de Investigadores de México (Nivel 1). Recently, she has led multiple research projects related to electromagnetic transients, partial discharge analysis, digital signal processing, and optimization in smart grids. She has published numerous papers in various indexed journals and conferences. She serves as a member of IEEE and actively participates in research development and dissemination efforts. Her teaching disciplines include digital signal processing, transient phenomena modeling, partial discharges, wavelet transform, and optimization in power networks. Her research interests include transient phenomena simulation and modeling, partial discharge analysis, wavelet-based digital signal processing, and cost optimization in smart grids.