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
01
Elevated structure design minimizes flood risk in marshland conditions.
02
Bamboo and cane materials enhance thermal insulation and sustainability.
03
Integrated rainwater harvesting system supports efficient water management.
04
Modular interiors allow flexible living arrangements in a compact space.
05
Use of local resources reduces transportation impact and supports community craftsmanship.
General keywords
The Mesopotamian Sustainable Microhome is a compact architectural project designed specifically for the Iraqi Marshes. The project spans 25 square meters and embodies a commitment to sustainable architecture while embedding the cultural heritage of the region within its design. It combines modern construction methods with traditional materials, addressing environmental challenges and improving living conditions for its occupants.
The primary function of the microhome is to provide a resilient living space that transitions seamlessly with the surrounding ecosystem. The architectural design ensures that the structure remains elevated to mitigate flooding risks typical in marsh regions. This decision is critical for safeguarding the integrity of the building while minimizing environmental disturbance.
Material selection emphasizes local resources, utilizing wood, bamboo, and compressed wood panels, which reduces transport emissions and supports local craftsmanship. Features such as large strategically placed windows promote natural lighting and ventilation, fostering a comfortable indoor climate with minimal energy consumption. The home integrates renewable energy solutions, including solar panels, contributing to its independence from external power sources.
Innovative Water Management and Treatment Integration
One distinctive aspect of the Mesopotamian Sustainable Microhome is the sophisticated water management system that harnesses both rainwater and local marsh water. This system includes filtration and purification processes, ensuring access to clean water while promoting sustainable practices. By reclaiming and treating wastewater, the design reduces ecological impact and enhances the vitality of the local habitat.
The modular and adaptable interior layout is designed to maximize functionality in a limited space. Spaces for sleeping, cooking, and social interaction are delineated yet fluid, allowing flexibility in how residents engage with their home. The use of convertible furniture further optimizes usability, facilitating diverse living arrangements throughout the day.
Climate-responsive Design Elements
The microhome incorporates advanced climate-adaptive technologies, such as an energy-efficient HVAC system utilizing inverter technology. This system is essential for maintaining a comfortable atmosphere within the microhome, responding dynamically to external temperature fluctuations. The external structure features a sloped roof that supports solar energy collection and effective rainwater runoff, reinforcing the home’s resilience against adverse weather conditions.
The architectural design also pays homage to the traditional building styles of the region, melding historical context with modern efficiency. The use of cane sticks for exterior finishing not only enhances aesthetic appeal but also strengthens the building's insulation properties.
This project exemplifies a thoughtful approach to housing that prioritizes environmental stewardship and community engagement. For further insights into the Mesopotamian Sustainable Microhome, including architectural plans, architectural sections, and detailed architectural designs, readers are encouraged to explore the project presentation. Understanding these architectural ideas can provide a deeper appreciation for the careful considerations and methodologies employed in this project.
The primary function of the microhome is to provide a resilient living space that transitions seamlessly with the surrounding ecosystem. The architectural design ensures that the structure remains elevated to mitigate flooding risks typical in marsh regions. This decision is critical for safeguarding the integrity of the building while minimizing environmental disturbance.
Material selection emphasizes local resources, utilizing wood, bamboo, and compressed wood panels, which reduces transport emissions and supports local craftsmanship. Features such as large strategically placed windows promote natural lighting and ventilation, fostering a comfortable indoor climate with minimal energy consumption. The home integrates renewable energy solutions, including solar panels, contributing to its independence from external power sources.
Innovative Water Management and Treatment Integration
One distinctive aspect of the Mesopotamian Sustainable Microhome is the sophisticated water management system that harnesses both rainwater and local marsh water. This system includes filtration and purification processes, ensuring access to clean water while promoting sustainable practices. By reclaiming and treating wastewater, the design reduces ecological impact and enhances the vitality of the local habitat.
The modular and adaptable interior layout is designed to maximize functionality in a limited space. Spaces for sleeping, cooking, and social interaction are delineated yet fluid, allowing flexibility in how residents engage with their home. The use of convertible furniture further optimizes usability, facilitating diverse living arrangements throughout the day.
Climate-responsive Design Elements
The microhome incorporates advanced climate-adaptive technologies, such as an energy-efficient HVAC system utilizing inverter technology. This system is essential for maintaining a comfortable atmosphere within the microhome, responding dynamically to external temperature fluctuations. The external structure features a sloped roof that supports solar energy collection and effective rainwater runoff, reinforcing the home’s resilience against adverse weather conditions.
The architectural design also pays homage to the traditional building styles of the region, melding historical context with modern efficiency. The use of cane sticks for exterior finishing not only enhances aesthetic appeal but also strengthens the building's insulation properties.
This project exemplifies a thoughtful approach to housing that prioritizes environmental stewardship and community engagement. For further insights into the Mesopotamian Sustainable Microhome, including architectural plans, architectural sections, and detailed architectural designs, readers are encouraged to explore the project presentation. Understanding these architectural ideas can provide a deeper appreciation for the careful considerations and methodologies employed in this project.
