THE INFLUENCE OF PARAMETRIC DESIGN PRINCIPLES ON THE FORMATION OF ARCHITECTURAL ENVIRONMENT OBJECTS
Kalit so‘zlar:
parametric design, generative architecture, spatial composition, BIM technologies, ergonomic optimization, algorithmic modelling, environmental responsiveness.Annotatsiya
This study scientifically investigates the influence of parametric design principles on the formation of contemporary architectural environment objects — including public buildings, landscape complexes and interior spaces. The main research objective is to determine how the spatial-compositional, ergonomic and functional qualities of an object change when algorithmic and generative approaches are applied. Comparative analysis, grapho-analytical method, case study and design modelling were used as the research methodology. Five major international projects were analysed and three core principles of parametric design were identified: environmental responsiveness, ergonomic adaptation and compositional dynamism. Results show that the parametric approach improves user comfort indicators by an average of 34–41% and energy efficiency by 20–30% compared to conventional design methods. As a scientific contribution, a six-principle parametric architecture concept adapted to Uzbekistan's climatic conditions is proposed. The findings are of significant importance for master's and doctoral-level architectural research and design practice.
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