Análisis de precisión del procesamiento fotogramétrico con drones y su comparativa con la topografía tradicional aplicado en la obra en construcción TECNOACADEMIA SENA, TUQUERRES NARIÑO

Abstract

Current technology is undergoing significant advancements that are transforming various aspects of our daily lives. Surveying and technology have advanced significantly in recent times, enabling greater accuracy, efficiency, and automation in the capture and analysis of geospatial data. Surveying is the most significant discipline for carrying out accurate analyses to support engineering and architectural tasks contributing to infrastructure development, as has been the case throughout the history of construction worldwide. The history of surveying, as the science that studies the graphical representation of the Earth's surface, including its shapes and features, has evolved significantly with the development of new technologies. This is how, since ancient times, rudimentary surveying methods were used to measure land; ropes and rulers were employed, eventually leading to the use of advanced technology such as satellites and drones, which has significantly improved the accuracy and efficiency of land measurement. For this project, the main objective is to conduct a precision analysis of photogrammetric processing using drones and to compare it with traditional surveying, applied to the construction project “TECNOACADEMIA SENA, TUQUERRES NARIÑO”, in which both systems are compared to evaluate which one proves to be more accurate and efficient for the development of projects that require detailed measurements, in this case, the ongoing construction of the TECNOACADEMIA DEL SENA in Túquerres, Nariño. Additionally, the effectiveness of combining both methods is analyzed, as this approach may ensure better results in conducting topographic surveying.