Research: Dynamics of Reservoir Management: Inflow Prediction and Impacts of Water Erosion
I am currently pursuing a Ph.D. in Environmental and Hydraulic Engineering at Sapienza University of Rome, focusing on research in water resource management and climate change adaptation. Specifically, my work involves the application of advanced artificial intelligence, machine learning, and deep learning techniques to forecast water inflows in reservoirs vulnerable to drought. These forecasts aim to enhance water storage management, ensuring sustainable supply in critical sectors such as agriculture.
My academic background includes a Master’s degree in Environmental and Land Engineering, graduated with honors at Sapienza University of Rome. During my studies, I specialized in hydraulic protection, developing technical skills that I now apply in my research activities.
As part of my Ph.D., I had the opportunity to collaborate with the IHE Delft Institute for Water Education, where I conducted research on the Barrios de Luna reservoir in Spain, a key water system for the agricultural region of Orbigo. This project deepened my expertise in managing water resources under extreme conditions and mitigating the effects of drought.
My research also encompasses the study of soil water erosion, focusing on its spatial and temporal variability. This phenomenon, in addition to affecting agricultural productivity, reduces reservoir storage capacity through sediment accumulation, posing a critical challenge to sustainable water resource management.
I have also gained experience as a tutor and teaching assistant in university courses, guiding students in using tools such as QGIS, HEC-HMS, and Microsoft Excel for hydrological and hydraulic analysis.
Finally, my participation in international projects like Climate Intelligence (CLINT) and scientific conferences such as the EGU General Assembly and ICNAAM allowed me to share the outcomes of my research and engage with experts in the field. These experiences, combined with a solid multidisciplinary education, drive my commitment to developing innovative and sustainable solutions for water resource management in the context of climate change.