Denise Hanna Kassab 
Utilizing perforated panels and a central sky well, this residence incorporates sustainable cooling strategies while providing a harmonious living space amidst the harsh desert climate.
5 key facts about this project
01
Utilizes perforated panels for enhanced ventilation and light control.
02
Features a central sky well for effective rainwater harvesting and cooling.
03
Integrates local materials to reflect cultural heritage and environmental context.
04
Employs cross-ventilation strategies throughout the living spaces for energy efficiency.
05
Incorporates traditional courtyard design to foster social interaction and community.
General keywords
Project specific keywords
Villa LUSH represents a contemporary architectural response to the challenges posed by its desert environment in Dubai. Designed to integrate elements of traditional Emirati architecture with modern sustainability practices, this project serves not only as a residence but also as a sanctuary that fosters connection with nature.
The functional design of the villa emphasizes open, interconnected spaces. Key areas include a central courtyard that facilitates natural ventilation and cooling, a feature that echoes traditional courtyard homes. The layout includes communal living and dining areas, promoting social interaction while providing private retreats in the form of guest suites and bedrooms.
Unique Design Approaches
The architectural approach of Villa LUSH incorporates several innovative strategies that distinguish it from typical residential designs in similar climates. The use of perforated panels serves multiple purposes: they enhance aesthetic appeal while acting as a thermal barrier that mitigates heat gain. This integration of functionality and design exemplifies a modern take on traditional building techniques.
In addition, the incorporation of a sky well allows for the collection of rainwater and promotes natural cooling, highlighting the project's commitment to sustainability. The combination of natural materials such as concrete and brick with advanced building technologies demonstrates an in-depth understanding of climate-responsive design.
Sustainability Features and Architectural Integration
Villa LUSH also focuses on energy efficiency through the strategic implementation of solar panels, reducing dependency on nonrenewable energy sources. The extensive use of glazed surfaces maximizes natural light while maintaining visual connectivity between indoor and outdoor spaces. This design not only meets aesthetic goals but also supports thermal comfort.
The villa’s architectural layout promotes cross-ventilation throughout the living spaces, allowing for passive cooling strategies that lessen the reliance on air conditioning systems. This approach underscores the effective melding of modern environmental concerns with cultural heritage.
For a detailed exploration of Villa LUSH, including architectural plans and sections, as well as insights into the design processes and materials used, consider reviewing the project presentation. This resource offers deeper levels of understanding regarding the architectural ideas driving this significant residential project.
The functional design of the villa emphasizes open, interconnected spaces. Key areas include a central courtyard that facilitates natural ventilation and cooling, a feature that echoes traditional courtyard homes. The layout includes communal living and dining areas, promoting social interaction while providing private retreats in the form of guest suites and bedrooms.
Unique Design Approaches
The architectural approach of Villa LUSH incorporates several innovative strategies that distinguish it from typical residential designs in similar climates. The use of perforated panels serves multiple purposes: they enhance aesthetic appeal while acting as a thermal barrier that mitigates heat gain. This integration of functionality and design exemplifies a modern take on traditional building techniques.
In addition, the incorporation of a sky well allows for the collection of rainwater and promotes natural cooling, highlighting the project's commitment to sustainability. The combination of natural materials such as concrete and brick with advanced building technologies demonstrates an in-depth understanding of climate-responsive design.
Sustainability Features and Architectural Integration
Villa LUSH also focuses on energy efficiency through the strategic implementation of solar panels, reducing dependency on nonrenewable energy sources. The extensive use of glazed surfaces maximizes natural light while maintaining visual connectivity between indoor and outdoor spaces. This design not only meets aesthetic goals but also supports thermal comfort.
The villa’s architectural layout promotes cross-ventilation throughout the living spaces, allowing for passive cooling strategies that lessen the reliance on air conditioning systems. This approach underscores the effective melding of modern environmental concerns with cultural heritage.
For a detailed exploration of Villa LUSH, including architectural plans and sections, as well as insights into the design processes and materials used, consider reviewing the project presentation. This resource offers deeper levels of understanding regarding the architectural ideas driving this significant residential project.
