Florence, Tuscany, Italy
I am an academically driven and globally trained researcher with dual Master’s degrees- one in Geoengineering from the University of Florence and another in Sustainable Food Systems (Agriculture) from the University of Naples Federico II. My interdisciplinary foundation bridges environmental engineering, geohazard modeling, agriculture, and sustainability—enabling me to work across sectors on solutions that integrate science, technology, and real-world impact. In Geoengineering, I focused on terrain analysis, landslide susceptibility, and risk assessment using advanced geospatial tools like ArcGIS Pro, MaxEnt, Python, and Remote Sensing. My thesis modeled landslide vulnerability along NH44 in Jammu & Kashmir, combining machine learning and spatial data analysis. My current work in Sustainable Food Systems deepens my understanding of circular economy, agri-food innovation, soil health, and sustainable land use—strengthening my ability to approach food security and environmental challenges from a systems perspective. I’ve participated in several international academic programs, including Erasmus+ study and traineeships in Italy, the Czech Republic, the UK, and India—building strong cross-cultural communication and research skills. These experiences have taught me to work collaboratively on complex environmental and agricultural issues across different regions and disciplines. I’m now looking for academic research roles, internships, or collaborative projects where I can contribute my skills and grow within a team focused on sustainability, climate resilience, food systems, or environmental risk.
Worked on soil erosion and landslide susceptibility modelling using SAR, multispectral imagery, LiDAR, and UAV data. Tasks involved image preprocessing, DTM generation, land cover classification, and terrain analysis using ArcGIS Pro and Python.
Engaged in remote sensing-based hazard mapping with a focus on landslide-prone regions. Worked with satellite imagery and GIS tools for spatial analysis and supported research on terrain vulnerability and slope instability.
Acquisition of skills in GIS and remote sensing; use of drone and remote sensing satellite data for territory analysis and in applied geomorphology applications.
Mappatura geomorfologica basata su droni e satelliti per l’analisi dei pendii.
Supervised field and laboratory investigations including SPT, CPT, grain-size analysis, Atterberg limits, Proctor compaction, direct shear, triaxial, UCS, and permeability tests for road and retaining-wall projects. Prepared AutoCAD drawings and GIS-based plans, improving design accuracy and reducing discrepancies by 20%. Managed a six-member field team ensuring reliable data collection, safety, and timely completion of geotechnical works.