Gustavo Nascimento, 
Anauira Sevilha Rocha Assis , 
Matheus De Carvalho Corbani , 
Debora Santos Cesare 
Crafted with glulam and ICF materials, this residence optimizes natural ventilation and integrates a central courtyard to enhance communal living in a sustainable environment.
5 key facts about this project
01
Crafted using glulam for structural integrity, enhancing sustainability.
02
Incorporates insulated concrete forms for superior thermal performance.
03
Features a central courtyard that promotes natural ventilation and social interaction.
04
Landscaped with native plants to support local biodiversity.
05
Modular design allows flexible adaptation to various resident needs.
General keywords
Project specific keywords
The Breeze House is a residential architectural project located in Dubai, focusing on creating a functional and sustainable living environment. This project embodies a modern approach to housing, addressing the needs of a diverse populace while ensuring compatibility with the region's climatic conditions.
The architecture is characterized by its central courtyard, designed to foster communal interaction and provide outdoor experience that enhances the quality of life for residents. The layout effectively promotes natural ventilation, reducing reliance on artificial cooling systems, which is particularly beneficial in the context of Dubai's warm climate. The integration of landscaped areas with local flora further reinforces the connection between the built environment and nature.
Sustainability is a core principle of the Breeze House. Unique aspects of its design include the use of eco-friendly materials and innovative construction methods. Glued laminated timber (glulam) is employed to create a robust framework while minimizing carbon emissions associated with traditional materials. Insulated concrete forms (ICF) contribute to improved thermal efficiency, essential for energy conservation. Another significant material used is stabilized aluminum foam (Alusion), known for its lightweight and recyclable properties. These material choices reflect a commitment to sustainability and ecological responsibility.
The design of Breeze House prioritizes effective spatial organization. The ground floor includes communal areas such as living rooms and kitchens that seamlessly connect to the central courtyard, creating a cohesive indoor-outdoor living experience. The upper floor is reserved for private quarters, balancing community interaction and individual privacy. Architectural plans illustrate this effective zoning, with a focus on maximizing natural light penetration and airflow.
Furthermore, the Breeze House employs thoughtful landscaping that incorporates native plants, contributing to biodiversity and enhancing aesthetic appeal. The project adapts to the local context while maintaining its modern architectural language, ensuring it stands out among typical urban residential developments.
For a deeper understanding of the architectural intentions and design strategies of the Breeze House, interested readers are encouraged to explore detailed architectural plans, sections, and designs that showcase the project's innovative approaches and organizational clarity. This exploration will provide further insights into the effective harmonization of function, sustainability, and aesthetic principles demonstrated in this project.
The architecture is characterized by its central courtyard, designed to foster communal interaction and provide outdoor experience that enhances the quality of life for residents. The layout effectively promotes natural ventilation, reducing reliance on artificial cooling systems, which is particularly beneficial in the context of Dubai's warm climate. The integration of landscaped areas with local flora further reinforces the connection between the built environment and nature.
Sustainability is a core principle of the Breeze House. Unique aspects of its design include the use of eco-friendly materials and innovative construction methods. Glued laminated timber (glulam) is employed to create a robust framework while minimizing carbon emissions associated with traditional materials. Insulated concrete forms (ICF) contribute to improved thermal efficiency, essential for energy conservation. Another significant material used is stabilized aluminum foam (Alusion), known for its lightweight and recyclable properties. These material choices reflect a commitment to sustainability and ecological responsibility.
The design of Breeze House prioritizes effective spatial organization. The ground floor includes communal areas such as living rooms and kitchens that seamlessly connect to the central courtyard, creating a cohesive indoor-outdoor living experience. The upper floor is reserved for private quarters, balancing community interaction and individual privacy. Architectural plans illustrate this effective zoning, with a focus on maximizing natural light penetration and airflow.
Furthermore, the Breeze House employs thoughtful landscaping that incorporates native plants, contributing to biodiversity and enhancing aesthetic appeal. The project adapts to the local context while maintaining its modern architectural language, ensuring it stands out among typical urban residential developments.
For a deeper understanding of the architectural intentions and design strategies of the Breeze House, interested readers are encouraged to explore detailed architectural plans, sections, and designs that showcase the project's innovative approaches and organizational clarity. This exploration will provide further insights into the effective harmonization of function, sustainability, and aesthetic principles demonstrated in this project.
