BIM World
A Professional BIM Learning Platform


BIM Architecture: Designing Floating Bamboo Houses to Adapt to Climate Change | H&P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

Floating bamboo houses serve as a practical housing solution for Vietnamese locals, particularly in the Mekong Delta region where livelihoods depend heavily on water. These new three-bedroom homes are constructed from solid bamboo poles (3 to 4.5 centimeters in diameter, 3 to 6 meters in length) connected simply using pins and straps.

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

The exterior walls and interior partitions are made from lightweight materials such as compressed woven bamboo sheets, leaves, corrugated iron, and bamboo screens. A large roof collects rainwater and harnesses solar energy. The door system is designed for flexible opening and closing, enabling the house to withstand harsh weather. This design gives the home a distinctive look—like a flower floating on water.

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

The floating bamboo houses stay buoyant thanks to plastic bucket systems fixed beneath the floor. At the core of each house are a freshwater storage tank and a septic tank. The base measures 6 by 6 meters in a square layout, with the option to expand openings to increase usable space. Removable floors above allow the house to open up and become more spacious—ideal for use as a community residence, classroom, or library. This design recalls traditional Vietnamese architecture such as the Rông House (stilt house) and the Đình Pavilion (high pillar pavilion), both with rich historical significance.

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

Looking ahead, when multiple floating bamboo houses connect through shared floating spaces such as playgrounds, vegetable gardens, and fish farms, they could form harmonious floating communities made up of diverse residential groups.

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

Vietnam is among the countries most severely impacted by climate change worldwide. It is projected that a 1-meter rise in sea levels would submerge 47% of the Mekong Delta and 13% of the Red River Delta, directly affecting 20 to 30 million people. In this context, floating bamboo houses offer a powerful alternative for millions of impoverished families, allowing them to quickly establish stable, safe homes and adapt to the most severe climate change scenarios.

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

Project Drawings

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

△ Construction Process

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

△ Analysis Chart

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

△ Structural Schematic Diagram

BIM Architecture | Adapting to Climate Change, Floating Bamboo Houses/H& P Architects

△ Rendering

Project Information

Architect: H& P Architects

Area: 36 m²

Project Year: 2022

Photographer: Le Minh Hoang

Design Team: Doan Thanh Ha, Vu Minh Dien, Pham Hong Son, Nguyen Hai Hue, Nguyen Tuan Hai, Le Duy Thanh

Student Project Team: Duong Minh Duc, Vu Ngoc Tuan, Nguyen Hung Gia

Architectural Consultant: Nguyen Tri Thanh

Drifting Bamboo House Sponsor: Samsung Foundation of Culture

Drifting Bamboo House 02 Sponsor: Architecture & Social Responsibility Foundation (ASR Foundation)

Location: Hồng Thái, Vietnam

xuebim
Follow the latest BIM developments in the architecture industry, explore innovative building technologies, and discover cutting-edge industry insights.
← Scan with WeChat
Like(0) 打赏
BIM WORLD » BIM Architecture: Designing Floating Bamboo Houses to Adapt to Climate Change | H&P Architects

Comment Get first!

Must log in before commenting!

 

BIM World, A Professional BIM Learning Platform

Stay updated on the latest architecture trends and share new building technologies.

Contact UsAbout Us

觉得文章有用就打赏一下小编吧

非常感谢你的打赏,我们将继续提供更多优质内容,让我们一起创建更加美好的网络世界!

支付宝扫一扫

微信扫一扫

Account Login

By signing in, you agree toUser Agreement

Sign Up