Museum of Cyclone for the State of Odisha, India

Project idea

Odisha, often referred to as “India’s Best Kept Secrets,” is a land of immense cultural heritage and natural beauty, has long stood on the frontline of nature’s fury. Situated along the eastern coastline of India, the state has borne the brunt of countless cyclones, each leaving behind a trail of destruction, loss, and transformation. However, with every storm that has battered its shores, Odisha has risen stronger, turning adversity into an opportunity for progress.

The Museum of Cyclone stands as a symbol for the extraordinary strength and resilience—a space that narrates Odisha’s journey from devastation to becoming a global leader in disaster preparedness and mitigation.

Project description

The state of Odisha, on India's east coast, has a longstanding and intricate relationship with cyclones. These powerful storms have repeatedly carved the landscape, tested the mettle of its communities, and left an indelible mark on its history and cultural identity.
The proposed Cyclone Museum of Odisha aspires to be a multifaceted platform that educates and inspires future generations. This project outlines the conceptual framework for the museum, highlighting its key exhibits, educational programs, and architectural design philosophy.
This Museum serves 3 main purposes:
1- Memorializing the Past: Honoring those who have faced and survived.
2- Educating the Present: Spreading awareness about cyclone preparedness and climate change.
3- Inspiring the Future: Showcasing Odisha's resilience, adaptive strategies and innovations.

Technical information

The entire structure of the Museum of Cyclone is envisioned to be constructed using structural steel, ensuring high resilience, flexibility, and strength to withstand intense cyclonic forces. Steel's ductility and speed of construction make it an ideal choice for disaster-prone regions like Odisha. The exterior is elegantly clad with Glass Reinforced Concrete (GRC), chosen for its lightweight, durable, and weather-resistant properties. The aerodynamic form of the building, paired with GRC's adaptability to complex geometries, enhances both structural performance and visual expression. Together, steel and GRC create a robust, sustainable, and context-responsive architecture rooted in climate resilience and design excellence.

Documentation

Show PDF 1