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Abstract
Modular architecture, characterized by prefabricated and customizable building components, offers a dynamic framework for residential construction. This paper investigates the feasibility and advantages of adopting a modular approach in the creation of residential spaces, emphasizing its potential to enhance sustainability, affordability, and adaptability. By breaking down the construction process into modular units, this approach enables streamlined assembly, reduces construction waste, and facilitates energy-efficient design. Furthermore, the adaptability of modular architecture is explored in the context of evolving societal needs and changing demographics. The modular framework allows for the integration of smart technologies, energy-efficient systems, and flexible spatial configurations, catering to the diverse preferences and lifestyles of residents. The potential for customization and rapid deployment of modular components also presents a solution for addressing housing shortages and disaster recovery scenarios.