Emerging transformative design in healthcare architecture: Integrating space syntax and shape grammar in Maggie’s centers

Healthcare architecture must balance operational efficiency with environments that nurture well-being, empathy, and dignity. This study introduces a computational framework that integrates space syntax and shape grammar to uncover the design “DNA” behind Maggie’s Centers—a network of cancer care facilities celebrated for their human-centered approach. Through quantitative spatial analysis and rule-based generative modeling, we identify recurring patterns that position communal hubs (e.g., halls and kitchens) at the core, while establishing peripheral zones for privacy and specialized functions. The resulting “dominant genotype” not only validates the empirical performance of these spaces but also offers a replicable design blueprint that can be adapted to diverse healthcare settings. This integrative methodology empowers architects and planners to create healing environments grounded in measurable spatial strategies and generative processes.