The integration of porotherm walls and a horizontal shading system allows for effective temperature regulation in a Dubai residence designed for family living, ensuring energy efficiency while responding to the region's harsh climate.
5 key facts about this project
01
Porotherm walls provide superior thermal insulation, reducing energy consumption.
02
The horizontal shading system effectively mitigates direct sunlight, enhancing indoor comfort.
03
Open patio design facilitates natural ventilation while connecting interior and exterior spaces.
04
Landscaping integrates local vegetation to improve the microclimate around the residence.
05
The layout strategically separates communal and private areas for functional living spaces.
General keywords
The project analyzed is an eco-conscious dwelling situated in Dubai, UAE, designed to address the specific challenges of the local climate while promoting environmental sustainability. This architectural design emphasizes energy efficiency and comfort, incorporating innovative solutions tailored to the extreme hot weather patterns typical of the region. The space covers a total area of 300 square meters, strategically configured on a 450 square meter plot.
The dwelling's design reflects an understanding of the balance between modern living and ecological responsibility. Key functions include residential areas for family and guests, dedicated service spaces, and outdoor areas that enhance the living experience.
Sustainable Design Approaches
One of the notable aspects of this project is its utilization of porotherm bricks as the primary structural material. This material significantly contributes to thermal insulation, reducing the heat influx during hot months. Gypsum plastering is incorporated within the interiors to improve moisture control and overall energy efficiency. The design features horizontal pivot shading systems that mitigate direct sunlight while allowing for natural light penetration, a critical component in managing indoor temperatures without relying heavily on mechanical cooling.
Another distinct feature is the open patio concept. This area serves as a transitional space between indoor and outdoor environments, facilitating airflow and encouraging social interaction while maintaining a connection to nature. The layout offers a clear separation of functional zones, with shared spaces located on the ground floor and private areas, such as bedrooms and baths, on the first floor.
Spatial Organizations and Functional Layout
The project's ground floor includes a majlis, an open kitchen, a dining area, and a living space, designed for both comfort and social engagement. The service block efficiently houses necessary utilities, ensuring that operational elements are discreetly integrated into the overall layout. The first floor provides privacy through a well-thought-out arrangement of bedrooms, each featuring attached bathrooms for convenience.
Landscaping is strategically integrated into the design, providing visual relief and contributing to improved microclimate conditions around the dwelling. The choice of vegetation not only enhances aesthetics but also plays a role in regulating temperature and humidity levels.
This dwelling exemplifies a holistic architectural approach, merging functionality with a commitment to environmental principles. The thoughtful integration of sustainable materials and innovative design strategies distinguishes this project within the context of contemporary residential architecture.
For a more in-depth understanding of this unique architectural design, including architectural plans, architectural sections, and architectural ideas, readers are encouraged to explore the project presentation further.
The dwelling's design reflects an understanding of the balance between modern living and ecological responsibility. Key functions include residential areas for family and guests, dedicated service spaces, and outdoor areas that enhance the living experience.
Sustainable Design Approaches
One of the notable aspects of this project is its utilization of porotherm bricks as the primary structural material. This material significantly contributes to thermal insulation, reducing the heat influx during hot months. Gypsum plastering is incorporated within the interiors to improve moisture control and overall energy efficiency. The design features horizontal pivot shading systems that mitigate direct sunlight while allowing for natural light penetration, a critical component in managing indoor temperatures without relying heavily on mechanical cooling.
Another distinct feature is the open patio concept. This area serves as a transitional space between indoor and outdoor environments, facilitating airflow and encouraging social interaction while maintaining a connection to nature. The layout offers a clear separation of functional zones, with shared spaces located on the ground floor and private areas, such as bedrooms and baths, on the first floor.
Spatial Organizations and Functional Layout
The project's ground floor includes a majlis, an open kitchen, a dining area, and a living space, designed for both comfort and social engagement. The service block efficiently houses necessary utilities, ensuring that operational elements are discreetly integrated into the overall layout. The first floor provides privacy through a well-thought-out arrangement of bedrooms, each featuring attached bathrooms for convenience.
Landscaping is strategically integrated into the design, providing visual relief and contributing to improved microclimate conditions around the dwelling. The choice of vegetation not only enhances aesthetics but also plays a role in regulating temperature and humidity levels.
This dwelling exemplifies a holistic architectural approach, merging functionality with a commitment to environmental principles. The thoughtful integration of sustainable materials and innovative design strategies distinguishes this project within the context of contemporary residential architecture.
For a more in-depth understanding of this unique architectural design, including architectural plans, architectural sections, and architectural ideas, readers are encouraged to explore the project presentation further.
