Shiju pareed Neroth ramachanparambath, 
Barun Kumar Patro , 
Dhilishath Hassan 
Employing 3D-printed construction techniques and lush xeriscaping, this residential design creates a climate-responsive environment that effectively integrates indoor and outdoor living spaces.
5 key facts about this project
01
Utilizes 3D-printed construction for efficient material usage and rapid assembly.
02
Incorporates xeriscaping to minimize water consumption in landscaping.
03
Features double-glazed windows to enhance thermal insulation and natural light.
04
Employs a compact massing strategy to reduce heat absorption in a hot climate.
05
Integrates water features for natural cooling and ambiance enhancement.
General keywords
The architectural project "The Self-Made Biome" is a residential design located in Dubai, characterized by its integration with the local environment and a focus on sustainability. The design addresses the challenges posed by the region's extreme climate while fostering a strong connection between indoor and outdoor spaces.
The core concept revolves around creating a microclimate through innovative architectural strategies. By employing passive design principles, the structure reduces energy consumption and enhances the comfort of its inhabitants. The building features a compact form that minimizes heat absorption and is oriented to optimize natural light and airflow. This approach maximizes efficiencies while providing a functional living environment.
Design Integration with Environment
A defining characteristic of "The Self-Made Biome" is its unique landscaping approach, which incorporates both rooftop and ground-level gardens. These spaces not only serve aesthetic purposes but also act as natural cooling agents, reducing neighboring temperatures. Incorporating xerophytes, or drought-resistant plants, minimizes water usage while contributing to the environmental sustainability of the project. The effective use of water features plays a significant role in regulating the microclimate, further fostering an inviting atmosphere.
A distinctive aspect of the project lies in its structural materials. The use of double-glazed windows significantly enhances thermal insulation while allowing for natural daylight. Additionally, the adoption of 3D-printed construction materials for walls exemplifies an innovative approach to modern building practices. This method provides thermal efficiency and promotes a reduced environmental footprint.
Spatial Organization and Functionality
The spatial arrangement promotes both social interaction and privacy among residents. Open-plan living areas are strategically positioned to facilitate communication while ensuring that private areas are shielded from public view. This balance presents practical solutions for family living. The indoor spaces’ seamless connection to the gardens emphasizes occupation comfort and encourages collaboration with nature.
The architectural design emphasizes sustainability not only in its materials and landscaping but also in its functions. The building reacts to seasonal changes utilizing a wind filtration system and a vented roof design. This attention to climatic responsiveness underpins the project’s role as a sustainable dwelling that prioritizes occupant well-being.
For a comprehensive understanding of the architectural ideas behind "The Self-Made Biome," it is advisable to explore the project presentation for detailed architectural plans, architectural sections, and architectural designs. These elements reveal the meticulous thought behind the project’s design and its aspirations towards creating a harmonious living environment.
The core concept revolves around creating a microclimate through innovative architectural strategies. By employing passive design principles, the structure reduces energy consumption and enhances the comfort of its inhabitants. The building features a compact form that minimizes heat absorption and is oriented to optimize natural light and airflow. This approach maximizes efficiencies while providing a functional living environment.
Design Integration with Environment
A defining characteristic of "The Self-Made Biome" is its unique landscaping approach, which incorporates both rooftop and ground-level gardens. These spaces not only serve aesthetic purposes but also act as natural cooling agents, reducing neighboring temperatures. Incorporating xerophytes, or drought-resistant plants, minimizes water usage while contributing to the environmental sustainability of the project. The effective use of water features plays a significant role in regulating the microclimate, further fostering an inviting atmosphere.
A distinctive aspect of the project lies in its structural materials. The use of double-glazed windows significantly enhances thermal insulation while allowing for natural daylight. Additionally, the adoption of 3D-printed construction materials for walls exemplifies an innovative approach to modern building practices. This method provides thermal efficiency and promotes a reduced environmental footprint.
Spatial Organization and Functionality
The spatial arrangement promotes both social interaction and privacy among residents. Open-plan living areas are strategically positioned to facilitate communication while ensuring that private areas are shielded from public view. This balance presents practical solutions for family living. The indoor spaces’ seamless connection to the gardens emphasizes occupation comfort and encourages collaboration with nature.
The architectural design emphasizes sustainability not only in its materials and landscaping but also in its functions. The building reacts to seasonal changes utilizing a wind filtration system and a vented roof design. This attention to climatic responsiveness underpins the project’s role as a sustainable dwelling that prioritizes occupant well-being.
For a comprehensive understanding of the architectural ideas behind "The Self-Made Biome," it is advisable to explore the project presentation for detailed architectural plans, architectural sections, and architectural designs. These elements reveal the meticulous thought behind the project’s design and its aspirations towards creating a harmonious living environment.
