Diala Salamah Alyhya, 
Ramez Badi Jamal, 
Characterized by its traditional lattice screens and integrated solar panels, this residence in Dubai offers a sustainable living solution that thoughtfully blends modern design with local heritage.
5 key facts about this project
01
Incorporates traditional mashrabiya screens that enhance privacy and natural ventilation.
02
Features solar panels that contribute to energy self-sufficiency and sustainability.
03
Utilizes a mix of concrete and steel to ensure durability and modern flexibility.
04
Employs a green roof system that supports biodiversity and reduces heat absorption.
05
Design includes expansive glass facades for optimal natural light and outdoor connection.
General keywords
The Mashrabiya House is an architectural project located in Dubai, UAE. It embodies a thoughtful integration of traditional design elements and modern sustainability practices. This residential building spans approximately 220 square meters and accommodates three bedrooms, designed to facilitate family living through contemporary layouts that prioritize functionality and comfort.
The project reflects an architectural commitment to enhancing the quality of urban life through spatial organization that promotes natural light and outdoor views. Central to its design is the incorporation of the mashrabiya, a traditional latticed screen that provides privacy, shade, and thermal comfort, resonating with the local climate as well as cultural heritage.
Integration of Traditional and Modern Elements
One of the most distinguished aspects of the Mashrabiya House is its visual and functional connection to traditional Emirati architecture while embracing modern living standards. The project's mashrabiya screens not only serve as a nod to historical architectural practices but also enhance the home's energy efficiency by reducing heat gain and providing natural ventilation. This dual purpose addresses both aesthetic concerns and functional requirements, setting this project apart from typical residential structures.
Additionally, the architecture employs a combination of materials that reinforce its commitment to sustainability. Concrete provides structural integrity, while expansive glass facades allow for abundant natural light, creating a seamless transition between indoor and outdoor environments. The use of steel elements enhances the durability and modernity of the design, allowing for open and flexible spaces.
Sustainable Features and Community Engagement
The design actively incorporates green building technologies, including solar panels and rainwater harvesting systems, which demonstrate a commitment to environmental sustainability. These features not only lower the building's carbon footprint but also promote energy and water conservation in a region characterized by limited natural resources.
Moreover, community engagement is a key element of the architectural design. The spatial layout encourages social interaction, with communal areas placed strategically to foster connections among residents. This approach reinforces the importance of community living, making it a noteworthy consideration compared to many conventional designs that often isolate private spaces.
For more comprehensive insights into the Mashrabiya House, including architectural plans, sections, and detailed design concepts, readers are encouraged to explore the project presentation. This exploration will offer a deeper understanding of the architectural ideas and unique design approaches that characterize this residential project.
The project reflects an architectural commitment to enhancing the quality of urban life through spatial organization that promotes natural light and outdoor views. Central to its design is the incorporation of the mashrabiya, a traditional latticed screen that provides privacy, shade, and thermal comfort, resonating with the local climate as well as cultural heritage.
Integration of Traditional and Modern Elements
One of the most distinguished aspects of the Mashrabiya House is its visual and functional connection to traditional Emirati architecture while embracing modern living standards. The project's mashrabiya screens not only serve as a nod to historical architectural practices but also enhance the home's energy efficiency by reducing heat gain and providing natural ventilation. This dual purpose addresses both aesthetic concerns and functional requirements, setting this project apart from typical residential structures.
Additionally, the architecture employs a combination of materials that reinforce its commitment to sustainability. Concrete provides structural integrity, while expansive glass facades allow for abundant natural light, creating a seamless transition between indoor and outdoor environments. The use of steel elements enhances the durability and modernity of the design, allowing for open and flexible spaces.
Sustainable Features and Community Engagement
The design actively incorporates green building technologies, including solar panels and rainwater harvesting systems, which demonstrate a commitment to environmental sustainability. These features not only lower the building's carbon footprint but also promote energy and water conservation in a region characterized by limited natural resources.
Moreover, community engagement is a key element of the architectural design. The spatial layout encourages social interaction, with communal areas placed strategically to foster connections among residents. This approach reinforces the importance of community living, making it a noteworthy consideration compared to many conventional designs that often isolate private spaces.
For more comprehensive insights into the Mashrabiya House, including architectural plans, sections, and detailed design concepts, readers are encouraged to explore the project presentation. This exploration will offer a deeper understanding of the architectural ideas and unique design approaches that characterize this residential project.
