Architecture project // Bamboo and Cane Structured Microhome Elevated for Marshland Resilience

Bamboo and Cane Structured Microhome Elevated for Marshland Resilience

Author:

Ghid Ahmed

Elevated on stilts and made with local bamboo and cane, the microhome integrates sustainable water management systems to create a resilient living space in the Iraqi Marshes.

5 key facts about this project

Elevated structure design minimizes flood risk in marshland conditions.

Bamboo and cane materials enhance thermal insulation and sustainability.

Integrated rainwater harvesting system supports efficient water management.

Modular interiors allow flexible living arrangements in a compact space.

Use of local resources reduces transportation impact and supports community craftsmanship.

General keywords

iraq microhome sustainability housing marshlands renewable local materials water management compact tradition

Project specific keywords

bamboo compressed wood solar panels elevated structure rainwater harvesting cane sticks modular layout inverter system natural ventilation ecological footprint

## Overview

The Mesopotamian Sustainable Microhome, located in the Iraqi Marshes, integrates traditional architectural concepts with contemporary sustainable design. Covering 25 square meters, this project addresses environmental challenges while being contextually relevant and enhancing the quality of life for residents. The aim is to create a dwelling that respects the unique ecological and cultural landscape of the marshes, which have faced significant threats from climate change and human activities.

## Spatial Strategy and Design Adaptability

The microhome features an elevated structure to mitigate flooding risks inherent in the marsh environment. A sloped roof facilitates effective rainwater management and accommodates solar panels for energy generation. The design incorporates flexible interior spaces with movable partitions, enabling residents to adapt the layout according to daily activities. Distinct zones for sleeping, cooking, and living are carefully arranged to optimize the use of the compact area, while large windows improve natural light and airflow, enhancing the connection between indoor and outdoor spaces.

## Material Selection and Sustainability Features

Materials are chosen for their sustainability and local availability, including locally sourced wood, bamboo, and eco-friendly insulation. These choices support local craftsmanship and reduce transportation-related carbon emissions. The microhome also integrates a rainwater collection and purification system to ensure a reliable water supply, while a comprehensive wastewater treatment system minimizes environmental impact. Additionally, energy efficiency is prioritized through an innovative HVAC system and solar panel integration, aligning with the overall sustainability objectives of the project.

The microhome is constructed on a concrete foundation supported by cylindrical wooden pillars, ensuring structural integrity amid changing environmental conditions. Walls are designed using insulated panels that enhance thermal performance, further contributing to energy conservation.