APPLICATION OF GIS TECHNOLOGIES IN ENGINEERING GEODESY WORKS

Abstract

This thesis analyzes the theoretical and practical aspects of the use of geoinformation systems (GIS) technologies in engineering geodesy. The possibilities of increasing accuracy, speed, and efficiency through digital processing of geodetic measurements, spatial analysis, and automation of monitoring processes in the construction and infrastructure sectors are highlighted. The research results show that the use of GIS technologies has increased measurement accuracy by 1.5–2 times, reduced construction costs by 10–15%, and significantly increased safety. The prospects for digitizing engineering geodesy processes, integrating them with