Mohammed Mamdouh Saad Mohammed Hammad, 
With its 3D printed earth walls and adaptable circular grid layout, this modular living space redefines residential design through sustainable materials and innovative construction methods, creating a versatile home environment.
5 key facts about this project
01
3D printed walls utilize locally sourced materials for enhanced sustainability.
02
The circular grid layout allows for flexible spatial configurations.
03
Incorporation of wind catchers optimizes natural ventilation without mechanical systems.
04
Adaptable solar panel systems adjust to daily energy needs.
05
The design merges traditional Gulf architectural elements with modern construction techniques.
General keywords
The Kasha-ča project is a residential architectural design located in the United Arab Emirates, characterized by its innovative use of 3D printing technology and modular construction methods. This architectural endeavor embodies adaptability and sustainability, integrating modern design principles with local environmental considerations. The circular grid configuration, measuring four meters in diameter and divided into twenty segments, allows for flexible living arrangements tailored to the occupants' needs.
The primary function of the Kasha-ča project is to serve as a modular living space that accommodates both public and private functions. The design is underpinned by principles of sustainability, utilizing locally sourced materials and energy-efficient systems to minimize environmental impact. The circular layout fosters community interactions while providing private areas for residents.
Innovative Design Approaches
One of the key features of Kasha-ča is its use of 3D printed earth-based walls, which are both thermally efficient and manufactured from natural materials. This choice of material not only reflects sustainability but also ensures durability and comfort for inhabitants.
The project incorporates rotational solar panels, capitalizing on solar energy for electricity generation, while low-tech air conditioning units maintain indoor comfort with minimal energy usage. This approach aligns with contemporary architectural trends emphasizing passive design efficacy.
The implementation of movable solar panels is another unique aspect of the Kasha-ča project, providing residents with the flexibility to adjust their energy consumption to align with daily requirements. Furthermore, the introduction of wind catchers enhances ventilation within the building, optimizing airflow without relying heavily on mechanical systems.
Modular Living Spaces
The design features distinct areas that balance communal and private living. The ground floor accommodates essential communal spaces such as kitchens and living rooms, while the upper floors contain private bedrooms and multifunctional spaces. This zoning illustrates a strategic approach to spatial organization, allowing for both interaction and solitude.
The project further emphasizes a seamless connection between indoor and outdoor environments, promoting natural light penetration and views of the surrounding landscape. This integration not only enhances aesthetic appeal but also encourages a healthier living environment.
The Kasha-ča project exemplifies a modern approach to architectural design that prioritizes sustainability and adaptability within a culturally resonant framework. To gain deeper insights into the architectural plans, sections, and designs, readers are encouraged to explore the project presentation for a detailed understanding of Kasha-ča's innovative architectural ideas and functional layouts.
The primary function of the Kasha-ča project is to serve as a modular living space that accommodates both public and private functions. The design is underpinned by principles of sustainability, utilizing locally sourced materials and energy-efficient systems to minimize environmental impact. The circular layout fosters community interactions while providing private areas for residents.
Innovative Design Approaches
One of the key features of Kasha-ča is its use of 3D printed earth-based walls, which are both thermally efficient and manufactured from natural materials. This choice of material not only reflects sustainability but also ensures durability and comfort for inhabitants.
The project incorporates rotational solar panels, capitalizing on solar energy for electricity generation, while low-tech air conditioning units maintain indoor comfort with minimal energy usage. This approach aligns with contemporary architectural trends emphasizing passive design efficacy.
The implementation of movable solar panels is another unique aspect of the Kasha-ča project, providing residents with the flexibility to adjust their energy consumption to align with daily requirements. Furthermore, the introduction of wind catchers enhances ventilation within the building, optimizing airflow without relying heavily on mechanical systems.
Modular Living Spaces
The design features distinct areas that balance communal and private living. The ground floor accommodates essential communal spaces such as kitchens and living rooms, while the upper floors contain private bedrooms and multifunctional spaces. This zoning illustrates a strategic approach to spatial organization, allowing for both interaction and solitude.
The project further emphasizes a seamless connection between indoor and outdoor environments, promoting natural light penetration and views of the surrounding landscape. This integration not only enhances aesthetic appeal but also encourages a healthier living environment.
The Kasha-ča project exemplifies a modern approach to architectural design that prioritizes sustainability and adaptability within a culturally resonant framework. To gain deeper insights into the architectural plans, sections, and designs, readers are encouraged to explore the project presentation for a detailed understanding of Kasha-ča's innovative architectural ideas and functional layouts.
