The New York-based design firm SHoP Architects recently set out to design 50 earthquake-proof schools in Nepal. Less than one year ago, Nepal was struck by a massive earthquake that devastated the population and the country's fragile infrastructure. Now efforts are being made to rebuild in some of the hardest-hit areas.
The new project is part of a partnership between SHoP Architects, Kids of Kathmandu and the Asia Friendship Network. The goal of the initiative is to build 50 earthquake-proof schools that will not only replace what was lost, but also guard against future disasters. Because the schools are located in remote areas, the architects must rely on materials that are inexpensive and easy to source, such as compressed earthen bricks. These material will be bolstered by concrete foundations and steel truss roofs, that make the schools more resilient to earthquakes. Finally, each building will be equipped with solar power, wireless Internet and a water purification system.
The architects plan to make the designs available to the public so that other disaster-prone regions can benefit from the innovative construction techniques.
Resilient Earthquake-Proof Schools
These Nepalese Schools are Built to Withstand Future Disasters
Trend Themes
1. Earthquake-resistant Building Technologies - Technological innovations to design and construct earthquake-resistant buildings.
2. Sustainable and Accessible Infrastructure - Designing earthquake-resistant buildings that are sustainable and accessible, especially in disaster-prone areas.
3. Community-driven Disaster Prevention Solutions - Collaborative approaches involving communities, aid organizations and design/building professionals to promote disaster prevention solutions in vulnerable areas.
Industry Implications
1. Construction Industry - Incorporating innovative and affordable building technologies to create disaster-resistant buildings in earthquake-prone regions.
2. Renewable Energy Industry - Partnering with architects and builders to increase the use of renewable energy sources to power earthquake-resistant buildings.
3. Education Industry - Fostering education to promote earthquake-resistant building techniques and creating awareness about disaster prevention measures.