This research project at IIT focuses on exploring material tectonics and climate-responsive architectural strategies across diverse geographical conditions, including desert zones, river basins, coastal plains, and plateaus. The study investigates how material selection, construction techniques, and spatial configurations can enhance thermal performance, environmental adaptability, and long-term resilience. The research emphasizes the use of locally available materials such as rammed earth, stabilized soil, timber, and concrete, integrating passive design strategies like thermal mass, cross-ventilation, shaded courtyards, and elevated structures. These approaches respond to specific climatic challenges, including heat gain, flooding, and temperature variation, while ensuring occupant comfort and energy efficiency. The project also explores modular planning and incremental expansion concepts, allowing flexibility, adaptability, and scalability over time. Overall, the research establishes a framework for sustainable, context-responsive architecture that integrates material efficiency, environmental performance, and regional construction practices.