Utilizing passive cooling techniques and local materials, the design integrates thermal mass with native vegetation to create a sustainable residential oasis tailored for living in the desert climate.
5 key facts about this project
01
Utilizes thermal mass to regulate indoor temperatures throughout the year.
02
Incorporates double glazed windows for enhanced energy efficiency.
03
Features a majlis area specifically designed for cultural gatherings.
04
Integrates native flora into landscaping for improved biodiversity.
05
Employs passive cooling techniques to minimize reliance on mechanical systems.
General keywords
The Emirati Green Oasis is an architectural project designed for residential purposes, situated in Dubai, United Arab Emirates. This design embodies a commitment to sustainability in the context of a desert environment, using modern techniques that align with traditional Emirati cultural values. The villa is strategically planned to create an oasis-like atmosphere, promoting both comfort and ecological responsibility.
The project's layout consists of three main zones: a service area, a residential space, and a majlis area. This spatial distribution facilitates efficient household operations while fostering social interactions. The formal living spaces are designed to accommodate gatherings, emphasizing the importance of community within Emirati culture. The inclusion of guest facilities reflects the customary hospitality practices prominent in the region.
Efforts to enhance thermal comfort are evident in the architectural design. The use of thermal insulated concrete blocks and double glazed windows reduces energy consumption while creating a livable indoor environment. Passive cooling techniques, such as cross ventilation and strategic orientation of spaces, leverage local climatic conditions to maintain comfortable temperatures throughout the year.
Sustainability is a core principle in the project, with an emphasis on using locally sourced materials. The choice of concrete, thermal insulated blocks, and reinforced structures showcases the intent to create durable constructions that require minimal maintenance. Landscape elements, including creepers and native vegetation, not only beautify the project but also contribute to the local ecosystem by fostering biodiversity.
Unique to this project is the thoughtful integration of culturally resonant spaces, particularly the majlis. This area serves as a social hub, reflecting the cultural practice of communal gathering in Emirati society. The layout promotes interaction while maintaining privacy, a critical aspect of residential design in this context.
The Emirati Green Oasis also stands out in its approach to environmental adaptation. High ceilings and overhangs complement the architectural strategies employed to enhance airflow and provide shade, thereby regulating indoor temperatures without relying heavily on mechanical systems. These strategies are key components in reducing the carbon footprint of the villa.
For those interested, further analysis of this project can be found in the detailed architectural plans, sections, and designs. Exploring these elements will provide deeper insights into the innovative architectural ideas and specific methodologies applied in the Emirati Green Oasis.
The project's layout consists of three main zones: a service area, a residential space, and a majlis area. This spatial distribution facilitates efficient household operations while fostering social interactions. The formal living spaces are designed to accommodate gatherings, emphasizing the importance of community within Emirati culture. The inclusion of guest facilities reflects the customary hospitality practices prominent in the region.
Efforts to enhance thermal comfort are evident in the architectural design. The use of thermal insulated concrete blocks and double glazed windows reduces energy consumption while creating a livable indoor environment. Passive cooling techniques, such as cross ventilation and strategic orientation of spaces, leverage local climatic conditions to maintain comfortable temperatures throughout the year.
Sustainability is a core principle in the project, with an emphasis on using locally sourced materials. The choice of concrete, thermal insulated blocks, and reinforced structures showcases the intent to create durable constructions that require minimal maintenance. Landscape elements, including creepers and native vegetation, not only beautify the project but also contribute to the local ecosystem by fostering biodiversity.
Unique to this project is the thoughtful integration of culturally resonant spaces, particularly the majlis. This area serves as a social hub, reflecting the cultural practice of communal gathering in Emirati society. The layout promotes interaction while maintaining privacy, a critical aspect of residential design in this context.
The Emirati Green Oasis also stands out in its approach to environmental adaptation. High ceilings and overhangs complement the architectural strategies employed to enhance airflow and provide shade, thereby regulating indoor temperatures without relying heavily on mechanical systems. These strategies are key components in reducing the carbon footprint of the villa.
For those interested, further analysis of this project can be found in the detailed architectural plans, sections, and designs. Exploring these elements will provide deeper insights into the innovative architectural ideas and specific methodologies applied in the Emirati Green Oasis.
