VISUALIZATION AND MODELING EFFICIENCY OF INTERIOR DESIGN PROJECTS IN BIM

Abstract

This study is devoted to the analysis of modern methods of visualization and presentation of interior design solutions within the BIM environment, as well as the optimization of processes for developing working documentation. In the context of increasingly complex architectural forms and higher requirements for engineering integration in interiors, traditional presentation methods are becoming insufficient for effective project coordination.

The article examines methods for integrating BIM models with real-time rendering tools, virtual reality (VR), and algorithmic design approaches. The methodological framework of the study includes a comparative analysis of software systems (Autodesk Revit, Graphisoft ArchiCAD, Renga), a graph-analytical method for studying spatial relationships (Space Syntax), case studies of implemented high-tech projects, and design modeling based on the Diagrammatic BIM (D-BIM) framework.

The research results demonstrate that the application of BIM technologies can reduce design errors by up to 80%, decrease documentation processing time by 50%, and ensure high accuracy in cost estimation. The scientific novelty of the study lies in the systematization of automated annotation methods and in identifying the correlation between the Level of Development (LOD) and the effectiveness of interdisciplinary collaboration.

The practical significance of the research is confirmed by the developed recommendations aimed at improving the quality of presentation materials and reducing operational risks through the use of digital interior twins.