Algorithmic models of the architecture of medical centers in the coastal of Makran with a passive defense approach

The main goal is to use advanced algorithmic strategies to optimize structural flexibility and operational efficiency, ensuring that buildings are well integrated into their environmental and cultural context. A hybrid approach was used, using quantitative environmental risk assessments and material performance analysis with qualitative insights gathered through interviews with local architects and urban planners

facilitates a comprehensive understanding of experimental and contextual factors affecting architectural designs

The key findings of this study show that algorithmic models significantly improve the design process by incorporating detailed data-driven insights into environmental hazards and material suitability. Quantitative results show the sensitivity of the region to earthquake and flood hazards, which requires strong construction strategies. Qualitatively, the integration of traditional building practices with modern algorithmic techniques is necessary to maintain cultural relevance and increase community acceptance.

In conclusion, this research shows the profound impact of integrating algorithmic models in the architectural planning and design of health care facilities in disaster-prone areas. The use of such models not only enhances passive defense capabilities, but also supports sustainable and culturally sensitive construction practices. These findings advocate for the wider use of advanced computational methods in architecture and suggest a future in which buildings are optimized to meet the challenges of the natural environment and the needs of their communities