Apoyo en levantamientos topográficos de alta precisión mediante soluciones geoespaciales con gnss, lidar y drones para el desarrollo de proyectos de ingeniería

Abstract

The application of advanced geospatial technologies has become fundamental to the development of engineering projects that require accurate, reliable, and up-to-date information for planning and decision-making. In this context, the integration of tools such as GNSS systems, LiDAR laser scanning, photogrammetry using unmanned aerial vehicles, and specialized software optimizes the processes of capturing, processing, and analyzing spatial data, generating high-quality cartographic products that are highly useful for various productive sectors. Participation in professional environments dedicated to geospatial information management represents a significant opportunity to strengthen academic training through the practical application of knowledge acquired during the educational process. Executing field and office activities fosters the development of technical skills related to topographic surveys, the generation of digital terrain models, the production of orthophotos, and spatial analysis. Furthermore, experience demonstrates the importance of implementing quality control procedures that guarantee the accuracy of the results obtained, especially when faced with challenges associated with environmental conditions, access limitations, and operational restrictions. Consequently, the use of state-of-the-art geospatial technologies contributes to strengthening engineering processes, improves efficiency in land management, and promotes the training of professionals capable of responding to the technical and technological demands of the sector