The integration of smart glass facades and EFIS insulation facilitates a sustainable living environment, enhancing comfort and energy efficiency in a residential setting that prioritizes outdoor spaces and community interaction.
5 key facts about this project
01
The design incorporates advanced smart glass technology that adjusts transparency based on light conditions.
02
A semi-enclosed courtyard enhances natural ventilation and provides private gathering space for residents.
03
EFIS insulation significantly reduces energy consumption, promoting sustainability in a desert climate.
04
Outdoor living areas are seamlessly integrated with indoor spaces to enhance connectivity with nature.
05
The modular layout allows for flexible reconfiguration to meet changing family needs over time.
General keywords
The Oasis is an architectural design project situated in Palm Jebel Ali, Dubai, aimed at addressing the contemporary needs of urban housing. This design emphasizes the harmony between living spaces and their natural surroundings, creating a residential environment that supports both privacy and community interaction. The structure is comprised of three distinct levels, each thoughtfully designed to enhance usability while maintaining a strong connection to the outdoor landscape.
The overall layout prioritizes outdoor living areas and green spaces. The ground floor features a shaded garden and swimming pool, fostering an immediate connection with nature. The first floor contains the main living spaces, including an open kitchen and living room, which are oriented to maximize views and natural light while protecting the residents' privacy. The second floor is designed for flexibility, accommodating varying family dynamics and lifestyle choices.
Integrated Sustainable Design Approaches
A standout aspect of The Oasis is its commitment to sustainability and energy efficiency. The architectural design incorporates a range of innovative features. Solar panels cover 125 square meters of the roof, significantly reducing reliance on non-renewable energy sources. Additionally, smart glass facades employ advanced technologies that adapt to changing light conditions, optimizing energy usage throughout the day. The use of Exterior Insulation and Finish Systems (EFIS) enhances the thermal performance of the building, further minimizing energy consumption for heating and cooling.
This project also considers water efficiency through its landscape design. The green spaces are strategically planned to reduce evaporation while supporting biodiversity. The incorporation of shaded areas allows for cooler microclimates, in turn promoting a healthier living environment.
Flexible Spatial Designs for Modern Living
The Oasis illustrates a forward-thinking approach to residential design through its adaptable floor plans. Each floor is designed to cater to modern living requirements, with modular spaces that can be easily reconfigured to meet the evolving needs of the occupants. This flexibility is particularly valuable in a dynamic residential context where family sizes and lifestyle preferences change over time.
Furthermore, the architectural plans demonstrate a clear intention to integrate private and communal spaces, encouraging interactions among residents while allowing for solitude when necessary. The semi-enclosed courtyard on the ground floor serves as a central gathering space, enhancing the community feel without compromising privacy for individual households.
Exploration of the architectural designs and sections of The Oasis reveals a project that is both functional and sensitive to environmental conditions. For a more detailed understanding of the architectural plans, sections, and design principles employed, interested readers are encouraged to explore the full project presentation to gain deeper insights into this innovative approach to residential architecture.
The overall layout prioritizes outdoor living areas and green spaces. The ground floor features a shaded garden and swimming pool, fostering an immediate connection with nature. The first floor contains the main living spaces, including an open kitchen and living room, which are oriented to maximize views and natural light while protecting the residents' privacy. The second floor is designed for flexibility, accommodating varying family dynamics and lifestyle choices.
Integrated Sustainable Design Approaches
A standout aspect of The Oasis is its commitment to sustainability and energy efficiency. The architectural design incorporates a range of innovative features. Solar panels cover 125 square meters of the roof, significantly reducing reliance on non-renewable energy sources. Additionally, smart glass facades employ advanced technologies that adapt to changing light conditions, optimizing energy usage throughout the day. The use of Exterior Insulation and Finish Systems (EFIS) enhances the thermal performance of the building, further minimizing energy consumption for heating and cooling.
This project also considers water efficiency through its landscape design. The green spaces are strategically planned to reduce evaporation while supporting biodiversity. The incorporation of shaded areas allows for cooler microclimates, in turn promoting a healthier living environment.
Flexible Spatial Designs for Modern Living
The Oasis illustrates a forward-thinking approach to residential design through its adaptable floor plans. Each floor is designed to cater to modern living requirements, with modular spaces that can be easily reconfigured to meet the evolving needs of the occupants. This flexibility is particularly valuable in a dynamic residential context where family sizes and lifestyle preferences change over time.
Furthermore, the architectural plans demonstrate a clear intention to integrate private and communal spaces, encouraging interactions among residents while allowing for solitude when necessary. The semi-enclosed courtyard on the ground floor serves as a central gathering space, enhancing the community feel without compromising privacy for individual households.
Exploration of the architectural designs and sections of The Oasis reveals a project that is both functional and sensitive to environmental conditions. For a more detailed understanding of the architectural plans, sections, and design principles employed, interested readers are encouraged to explore the full project presentation to gain deeper insights into this innovative approach to residential architecture.
