student from 01.01.2024 to 01.01.2025
Moscow, Russian Federation
The article examines the application of parametric design methods to improve the economic efficiency of developing tourism infrastructure in remote recreational areas. The relevance of the study is determined by the need to develop territories with high tourism potential under conditions of limited investment resources and high construction costs. The aim of the research is to develop an approach to the parametric optimization of modular structures that takes into account transportation, operational, and environmental factors in decision-making processes. The methodology is based on the analysis of scientific literature in the fields of architectural design, parametric modeling, and sustainable tourism development. The study identifies the key economic advantages of modular construction systems and proposes a parametric optimization model aimed at reducing total life-cycle costs. The results demonstrate that the use of digital parametric tools contributes to improving investment efficiency, reducing project risks, and enhancing the sustainability of tourism infrastructure in remote territories.
parametric design, modular structures, tourism infrastructure, recreational territories, economic efficiency, investment costs, sustainable tourism, digital modeling, life-cycle cost optimization
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