Smart Housing and Climate-Sensitive Urban Growth: Leveraging IoT and Renewable Energy Integration

The accelerating pace of urbanization presents challenges for balancing housing affordability, environmental sustainability, and climate resilience. This study proposes a conceptual framework linking smart housing technologies with climate-sensitive urban growth through the integration of Internet of Things (IoT) systems and renewable energy solutions. Building on a multidisciplinary analysis of urban development, the framework emphasizes how IoT-enabled monitoring, adaptive energy management, and renewable energy deployment can transform housing into dynamic components of resilient urban ecosystems. The research problem addressed is the lack of integrative approaches that reconcile urban expansion with sustainability imperatives. Methodologically, the study employs a qualitative framework analysis supported by case-based evidence from existing smart housing and renewable integration initiatives. The key results indicate that IoT-driven energy optimization, decentralized renewable energy systems, and climate-adaptive housing design significantly enhance environmental efficiency while supporting long-term affordability. Furthermore, findings reveal that governance structures, policy incentives, and stakeholder collaboration are essential for scaling these solutions across diverse urban contexts. The implications are twofold: academically, the research advances theoretical understanding of smart housing as an intersection between technology and climate-sensitive planning; practically, it provides actionable insights for policymakers, urban planners, and developers seeking to promote sustainable, inclusive, and resilient urban growth. By situating smart housing at the center of climate-responsive development, this study highlights its potential to align urbanization with global sustainability and resilience objectives.