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The condition of infrastructure facilities is directly dependent on the engineering and geological conditions of their location. Natural transformations are usually rather slow and are often determined only by consequences. The rate of destruction under the influence of man-made factors significantly exceeds the rate of natural development of the geological object.  The main purpose of allocating engineering  578  geological classes (at the regional level) is to identify the most dangerous objects at the local level that require priority engineering intervention. The aim of the study is to identify, map and forecast the patterns and dynamics of negative changes in the geological environment and its main parameters which directly or indirectly affect the state of territories, regions, state as a whole for planning and monitoring the geological environment. The paper proposes an approach to the implementation of the assessment of the state of the geological environment and developed a system of criteria and indicators of assessment, both as a whole and its individual components.  The obtained maps can be used not only to study the conditions of activation and development of hazardous processes, but also for engineering and geological substantiation of measures to prevent and prevent the destruction of foundations and foundations, select priority areas for priority intervention and engineering protection of infrastructure and serve as a basis for planning and monitoring the geological environment.

EXPERIENCE IN IMPLEMENTING THE METHOD FOR DETERMINING THE INTEGRATED RISK ASSESSMENT OF ENGINEERING AND GEOLOGICAL PROCESSES FOR THE TERRITORY OF THE VOLYN-PODILSKY PLATE