Abstract
Buildings and structures are complex technical systems described by a number of criteria. Information modeling enables high-quality visualization of the process and the dependence of calculated data on construction plan-ning to be combined. The process of choosing the most optimal variant of space-planning, design, and technological so-lutions in information modeling is significantly accelerated. The model allows for spatial-temporal intersections to be analyzed and factors depending on such intersections to be adjusted. This in turn enables real-time display of changes in all construction indicators throughout the construction of the object, both broadly (similar to the currently used ca-lendar and network plans) and more precisely, in terms of how the implementation of specific technological operations or their adjustments can change the market value and duration of a property as a whole. In this paper, the main problems that arise when using existing information modeling methods are considered and recommendations are derived which will make it possible to implement more successful decisions on optimizing the design and construction of residential buildings, namely visibility, structural reliability and safety, minimizing possible cost, and reducing the construction period.
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