"With 15 years of experience, I apply deep learning and geotechnology to create sustainable and accurate solutions in urban planning and the environment.”
With over 15 years of experience in geotechnology, urban planning, and remote sensing, I specialize in applying deep learning techniques to solve complex environmental and urban challenges. Throughout my career, I have worked on diverse projects involving GIS, satellite data processing, and data-driven decision-making, focusing on sustainable solutions for urban development, environmental monitoring, and climate adaptation. My expertise extends across multiple sectors, including precision agriculture, topographic mapping, and real estate, with a strong emphasis on leveraging AI and deep learning to enhance the accuracy and efficiency of geospatial analyses. As an advocate for innovation, I am committed to pushing the boundaries of geotechnologies to create impactful and sustainable results.
Skills in cartography, geostatistical models, remote sensing, spatial data management, and teamwork
Advisor to the geoprocessing unit. Spatial data management, analysis of irregular occupations, urban-environmental studies with GIS and remote sensing
Management of spatial data of the road system, elaboration of spatial BI panels and monitoring projects of road elements.
Teach geotechnology courses, including remote sensing and use of the Planet Scope satellite imagery platform. Spatial analysis and remote sensing for the creation of projects and maps for environmental monitoring and spatial BI dashboards.