Education
🎓 Saeedeh holds a Master of Science degree in Geophysics and a Bachelor’s in Physics. Currently, she is furthering her expertise as a PhD candidate at UPC, focusing on geospatial technologies and urban land deformation.
Experience
💼 As a researcher in the Geomatics unit at CTTC, Saeedeh has made significant strides in using Persistent Scatterer Interferometry (PSI) to assess land deformation. She has developed a Python software tool that enables fast, user-friendly post-processing for differential deformation mapping, contributing to urban planning and infrastructure safety.
Research Focus
🔍 Saeedeh’s research revolves around remote sensing and land deformation, particularly focusing on urban areas. Her work with Sentinel-1 data and EGMS products is geared towards detecting building damage risks through detailed deformation analysis. She is committed to improving land monitoring techniques with innovative tools and methodologies.
Awards and Honors
🏆 Saeedeh has not highlighted specific awards, but her ongoing contributions in the RASTOOL project and her automated software tool for deformation analysis stand out as major professional accomplishments.
Publication Top Notes
📄 Constraints on the hydrogeological properties and land subsidence through GNSS and InSAR measurements and well data in Salmas plain, northwest of Urmia Lake, Iran (2021) was published in Hydrogeology Journal and has contributed to subsidence studies. DOI
📄 From EGMS Data to a Differential Deformation Map For Buildings at Continent Level (2024) explores deformation mapping and was published in Procedia Computer Science. DOI
📄 Detection of buildings with potential damage using differential deformation maps (2024), published in ISPRS Journal of Photogrammetry and Remote Sensing, provides insights into building damage detection techniques. DOI
📄 Computing and Sharing the Differential Deformation of the Ground at a Continental Level Using Public EGMS Data (2023) was presented at Environmental Science Proceedings, contributing to large-scale land deformation assessments. DOI
📄 From European Ground Motion Service to Differential Deformation Map for Buildings (2024), published in IGARSS, advances automated building deformation detection techniques. DOI