METHODOLOGY OF INTEGRATION OF DIGITAL TECHNOLOGIES INTO INTERIOR DESIGN OF MODERN URBAN SPACES

Abstract

The article presents an authorial methodology for designing public spaces and buildings with various functional purposes based on integrating innovative technologies, adaptive design, and ecological approaches. The analysis of contemporary trends in architecture and design confirms the necessity of creating solutions that align with sustainable development principles, enhance objects' functionality, and ensure user comfort. The proposed methodology considers the characteristics of urban environments and the specifics of natural landscapes, enabling the adaptation of architectural solutions to their context. Special emphasis is placed on the development of conceptual approaches to the integration of innovative technologies. The methodology incorporates energy-efficient solutions, such as passive energy-saving systems, renewable energy sources, and automated management systems. Additionally, the application of modern materials, including bioconcrete, recycled resources, and composite structures, contributes to the ecological efficiency of buildings. Integrating digital technologies, such as BIM modeling and VR/AR tools, optimizes the design process and increases the accuracy of project implementation. Practical examples of the implementation of the authorial projects presented in this study confirm the effectiveness of the proposed solutions. In urban environments, multifunctional public spaces and coworking areas have been realized, ensuring flexibility and adaptability through modular structures and intelligent management systems. In natural landscapes, glamping sites have been successfully implemented and harmoniously integrated into the environment using eco-friendly materials and renewable energy sources. Particular attention is given to socially oriented solutions that provide accessibility and comfort for diverse user categories, including people with reduced mobility. Inclusive design, interactive information panels, and collaboration zones enhance objects' usability and social significance. The findings demonstrate that the proposed methodology is an effective tool for designing modern architectural objects that adhere to sustainable development principles. It enables the creation of functional, ecologically efficient, and comfortable spaces tailored to user needs and environmental specifics.