This article is part of a research project titled “Optimizing the Housing Design Process Through Automated Technologies”, under contract number BN-304/24, financially supported by the Research and Design Center at the University of Architecture, Civil Engineering and Geodesy (UACEG). The paper explores methods for automating the residential design process using algorithms and investigates their potential application in generating alternative development solutions within the framework of existing urban planning parameters. Algorithms have been developed for the generation of various typological schemes and the evaluation of their efficiency. An interdisciplinary approach has been employed, combining the advantages of integrating geodetic data to examine design proposals for specific plots and to assess their compliance with urban planning regulations. The study demonstrates in practice how the use of digital tools contributes to a detailed analysis of residential development opportunities and supports informed decision-making based on thorough evaluation of available design options.
Nanova et al. (Thu,) studied this question.
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