METHODOLOGY AND ALGORITHM FOR OBJECT-BY-OBJECT ASSESSMENT OF PROPERTY DAMAGE TO CONSTRUCTION OBJECTS ON THE EXAMPLE OF AN ADMINISTRATIVE BUILDING OF TRANSPORT INFRASTRUCTURE

Summary. Paper [1] describes the issue of mass object-by-object assessment of damages and losses caused by the war. The purpose of the work is to substantiate organizational approaches to the implementation of massive damage assessment and to develop and test an assessment methodology based on individual agricultural enterprises. The authors used the method of analysis to calculate the average annual performance of the enterprise under study before the war; the methods of generalization and comparison are used to analyze its financial and economic activities based on financial and statistical reporting. The functioning of state and international registers of losses was analyzed. The information about the Unified Digital Integrated Information and Analytical System for the Management of Reconstruction of Real Estate, Construction and Infrastructure is disclosed. Work [2] is devoted to the conceptualization of the gross value of construction for assessing direct losses and the need to restore lost, destroyed and damaged real estate as a result of armed aggression. A critical review of the existing practice of property damage assessment is made. The author analyzes the units of measurement of direct losses and restoration needs, the evidence base used, and the methods of assessment for determining property damage. The methodological potential of complex cash flow models and criteria for assessing their reliability are substantiated. The author proposes a system of valuation models for calculating direct damages and restoration needs depending on the category of real estate and market conditions at the date of valuation. These valuation models are relatively easy to implement and understandable for the target users of material damage assessment reports. Paper [3] describes the work on building condition assessment, a European project to develop a tool for selecting solutions for modernizing office buildings. The condition assessment covers the degree and extent of physical deterioration, as well as the work required for the renovation of office buildings, including the associated costs. A common, harmonized European checklist for building assets has been defined and divided into types. The checklist is used not only to assess the need for modernization due to physical deterioration, but also to assess functional obsolescence, and to identify and address the causes of complaints from building users about the quality of the indoor environment (IEQ). Thus, the analysis of recent studies in this area [1-3] has shown that the methodology and algorithm for object-by-object assessment of property damage to construction objects on the example of administrative buildings of transport infrastructure remains unresolved. Keywords: administrative building of transport infrastructure, object-by-object assessment of property damage to construction objects, inspection, damaged objects, inspection report, defect report, USESC, loss determination algorithm.