Scenario-oriented design of construction projects in integrated territorial development projects
Year: 2025
Type: article
Abstract: Introduction. The aim of the paper is to develop a scenario-oriented approach to the design of construction projects in integrated territorial development projects. Materials and methods. The scenario-oriented approach to designing construction projects in complex development of the territory (CDT) projects will be implemented through three key areas: integrated development of residential development areas; integrated development of non-residential development; integrated development of undeveloped areas. The basis for developing the CDT Project software module was the regulatory documentation in force in the Russian Federation. Results. The software module “Project CDT” was developed for calculating the parameters of objects and the cost of projects according to three main scenarios, which takes into account regional cost coefficients, standards for building density, and regulatory requirements for social infrastructure. The resulting solution is saved in a detailed report in *.xlsx format. The developed software solution is flexible and can be adapted to any requirements and changes in regulatory documents. Conclusions. The application of the presented approach will reduce the time for developing CDT projects considering the characteristics of the developed territory, and the proposed software module can be adapted to new regulatory requirements if necessary. At the same time, the traditional approach considers CDT objects as isolated elements, which violates the system engineering principles of emergence and hierarchy, which leads to the need to develop new approaches to assess the autonomy of construction objects in CDT projects. The development of a methodology for assessing autonomy will transfer the design of CDT to a fundamentally new level, in which the transition from isolated objects to synergetic complexes with dynamic modeling of their life cycle will be carried out. Further research by the authors will be devoted to this issue.
Source: Vestnik MGSU
Authors: A. A. Lapidus, L. A. Adamtsevich
Institution: Moscow State University of Civil Engineering
Language: English
Subfield: Architecture
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W7087045547