Introduction: This study was conducted with the aim of formulating an integrated framework for the sustainable development of urban sports facilities in Iran, with an emphasis on green architecture principles and socio-environmental interactions. The main concern of the research was to address environmental challenges such as resource scarcity and urban warming, and to respond to cultural and social needs such as the preservation of Iranian identity.

Methods: Using a grounded theory methodology and Clarke’s situational analysis, data were collected from semi-structured interviews with 13 experts, ethnographic observations, and document analysis.

Results: The main social process was identified as creating a balance between technological innovations and cultural adaptation. The final model includes five key components: data-based climatic intelligence for adaptive designs, biotechnology in building materials to increase the lifespan of structures, simulation-based hyperreal design to optimize user experience, synergistic energy networks to reduce energy consumption, and flexible spaces based on dynamic identity to enhance social inclusion. This model, by integrating modern technologies and local needs, strengthens environmental sustainability and social cohesion.

Conclusion: Limitations such as high technological costs and lack of digital infrastructure in Iran challenge the implementation of the model. Practical suggestions include investment in digital infrastructures, providing financial incentives for biotechnological materials, and forming participatory committees with local communities. For future research, it is recommended to test the model in different cities of Iran and to examine emerging technologies. This framework