Valentin Popescu, 
Ziad Wahida 
A perforated red brick facade provides solar shading and privacy while a central atrium enhances natural ventilation, creating an energy-efficient residential space that harmonizes with its desert environment.
5 key facts about this project
01
Perforated facade design provides effective solar shading while maintaining privacy.
02
Central atrium enhances natural ventilation and light distribution throughout the residence.
03
Desert flora landscaping incorporated to support local biodiversity and climate resilience.
04
Utilization of red brick for thermal mass improves energy efficiency in extreme temperatures.
05
Water feature integrated into the design contributes to humidity regulation and aesthetic appeal.
General keywords
Project specific keywords
The Dar Al Shams project exemplifies a modern residential design deeply rooted in the cultural context of Dubai. The architecture reflects a balance between contemporary aesthetics and traditional influences. It serves as a private residence, demonstrating how modern design can coexist harmoniously with the surrounding desert environment while adhering to sustainability principles.
The building’s exterior presents a dynamic interplay of solids and voids, characterized by a prominent perforated screening system that provides solar shading and privacy. The choice of materials, including red brick, glass, metal structures, and natural stone, emphasizes functionality and aesthetic appeal. These materials contribute to the thermal performance of the residence, ensuring energy efficiency and comfort throughout the year.
Integration of Nature and Sustainability
One of the distinctive features of Dar Al Shams is its commitment to sustainability and environmental integration. The project employs passive design strategies such as cross-ventilation, maximizing natural light while minimizing reliance on mechanical systems. These approaches enhance the livability of the space, promoting a connection between the indoors and the surrounding landscape.
Moreover, the inclusion of diverse landscaping elements is pivotal. Desert flora is strategically incorporated to support local biodiversity and enhance climate resilience. Water features, akin to small waterfalls, serve both aesthetic purposes and contribute to humidity regulation within the building, creating a microclimate that benefits the residents.
Functional Spaces and Open Design
The internal layout of Dar Al Shams is characterized by open floor plans that facilitate flexibility and fluid movement between spaces. The central atrium is a significant design element, promoting natural light and air circulation within the home. The integration of multifunctional spaces encourages social interactions while catering to the family's individual needs.
The architectural design also includes a sculptural staircase, which serves as a focal point, connecting different levels while contributing to the visual dynamics of the interior. The careful consideration of circulation patterns ensures a seamless transition through various spaces, enhancing the overall residential experience.
For further insights into the architectural plans, sections, and designs of Dar Al Shams, readers are encouraged to explore the complete project presentation to gain a deeper understanding of its unique architectural ideas and principles.
The building’s exterior presents a dynamic interplay of solids and voids, characterized by a prominent perforated screening system that provides solar shading and privacy. The choice of materials, including red brick, glass, metal structures, and natural stone, emphasizes functionality and aesthetic appeal. These materials contribute to the thermal performance of the residence, ensuring energy efficiency and comfort throughout the year.
Integration of Nature and Sustainability
One of the distinctive features of Dar Al Shams is its commitment to sustainability and environmental integration. The project employs passive design strategies such as cross-ventilation, maximizing natural light while minimizing reliance on mechanical systems. These approaches enhance the livability of the space, promoting a connection between the indoors and the surrounding landscape.
Moreover, the inclusion of diverse landscaping elements is pivotal. Desert flora is strategically incorporated to support local biodiversity and enhance climate resilience. Water features, akin to small waterfalls, serve both aesthetic purposes and contribute to humidity regulation within the building, creating a microclimate that benefits the residents.
Functional Spaces and Open Design
The internal layout of Dar Al Shams is characterized by open floor plans that facilitate flexibility and fluid movement between spaces. The central atrium is a significant design element, promoting natural light and air circulation within the home. The integration of multifunctional spaces encourages social interactions while catering to the family's individual needs.
The architectural design also includes a sculptural staircase, which serves as a focal point, connecting different levels while contributing to the visual dynamics of the interior. The careful consideration of circulation patterns ensures a seamless transition through various spaces, enhancing the overall residential experience.
For further insights into the architectural plans, sections, and designs of Dar Al Shams, readers are encouraged to explore the complete project presentation to gain a deeper understanding of its unique architectural ideas and principles.
