SYSTEMIC APPROACH IN BIOCLIMATIC MODELING

The article presents a discussion of the application of a systemic approach in the field of bioclimatic modeling, specifically in relation to architectural and design objects. This approach is presented as a potential response to contemporary ecological and energy challenges. The introduction underscores the intricate nature of bioclimatic modeling, which entails integrating design solutions into the natural environment, adapting them to climatic conditions, and promoting sustainability. The article presents a review of scientific research indicating that a systemic approach allows for the examination of interactions between elements of architecture and design, taking into account the impacts and changes in the surrounding environment. In the main part of the study, theoretical foundations and practical recommendations for implementing the principles of the systemic approach in bioclimatic modeling are developed. The authors identify principles of systemic analysis (interconnectedness of elements, integrativity, multidisciplinarity, forecasting, wholeness, and hierarchical structure) that form the basis of the research. These principles are examined in detail concerning their implementation in the context of bioclimatic modeling tasks for architectural and design objects. Based on the presented analysis, it is determined that the application of a systemic approach stimulates innovation in bioclimatic modeling, fostering the creation of new methods and technologies. The article concludes with a discussion on the prospects of integrating the systemic approach into bioclimatic modeling and the research results that could serve as a foundation for further development of sustainable design solutions that address the current needs of modern architecture and design.