Cedric Patrick Thomas Carle 
Utilizing bio-geometry principles and AAC blocks, this sustainable villa in Dubai integrates natural ventilation and atmospheric water collection systems to create an adaptive family living environment.
5 key facts about this project
01
Utilizes bio-geometry principles for enhancing occupant well-being.
02
Incorporates AAC blocks for lightweight and energy-efficient construction.
03
Features a natural water collection system for sustainable usage.
04
Design includes flexible living spaces for dynamic family needs.
05
Integrates passive cooling techniques to reduce energy consumption.
General keywords
The WE Villa, located in Dubai, is a residential architectural project that spans 345 square meters on a 450 square meter plot. This design integrates principles of sustainability and bio-geometry, focusing on creating an environment that nurtures human well-being while minimizing ecological footprints. The villa serves as a modern living space, accommodating the complexities of contemporary family life while promoting energy efficiency and adaptability.
A defining aspect of this project is its commitment to innovative design. The layout accommodates both communal and private spaces, featuring a ground floor that includes a living room, dining area, kitchen, and a central courtyard that enhances interaction among family members. The first floor is designed with multiple bedrooms and flexible usage areas, reflecting the need for adaptability as family dynamics evolve. Natural ventilation systems are incorporated to improve air quality, reducing reliance on mechanical cooling.
The design differentiates itself through its application of bio-geometry concepts, applying spatial forms that resonate with human energy patterns. This approach is intended to enhance the overall comfort and harmony within the living space. The villa also utilizes renewable energy sources, notably through a robust solar panel system that enables significant energy self-sufficiency. Water conservation is heightened with a feature that collects atmospheric water, demonstrating an emphasis on sustainability.
Materials selected for the project include Autoclaved Aerated Concrete Blocks (AAC) for their lightweight and sustainable properties. Ceramic materials are utilized in various finishes, ensuring durability while minimizing environmental impact. The overall material choices align with a philosophy that favors natural and recyclable substances, reinforcing both structural integrity and aesthetic appeal.
In addition to its sustainability measures, the architectural elements promote a clean and modern aesthetic. Wood and glass are harmonized in the facade design, which is both inviting and functional. The villa’s form integrates smoothly with the surrounding environment, showcasing a conscientious approach to architecture that respects the local context.
For more insights into the design, including architectural plans, sections, and detailed visual representations, interested readers are encouraged to explore the project presentation further. Such elements provide a comprehensive view of the WE Villa and its innovative approach to modern residential architecture.
A defining aspect of this project is its commitment to innovative design. The layout accommodates both communal and private spaces, featuring a ground floor that includes a living room, dining area, kitchen, and a central courtyard that enhances interaction among family members. The first floor is designed with multiple bedrooms and flexible usage areas, reflecting the need for adaptability as family dynamics evolve. Natural ventilation systems are incorporated to improve air quality, reducing reliance on mechanical cooling.
The design differentiates itself through its application of bio-geometry concepts, applying spatial forms that resonate with human energy patterns. This approach is intended to enhance the overall comfort and harmony within the living space. The villa also utilizes renewable energy sources, notably through a robust solar panel system that enables significant energy self-sufficiency. Water conservation is heightened with a feature that collects atmospheric water, demonstrating an emphasis on sustainability.
Materials selected for the project include Autoclaved Aerated Concrete Blocks (AAC) for their lightweight and sustainable properties. Ceramic materials are utilized in various finishes, ensuring durability while minimizing environmental impact. The overall material choices align with a philosophy that favors natural and recyclable substances, reinforcing both structural integrity and aesthetic appeal.
In addition to its sustainability measures, the architectural elements promote a clean and modern aesthetic. Wood and glass are harmonized in the facade design, which is both inviting and functional. The villa’s form integrates smoothly with the surrounding environment, showcasing a conscientious approach to architecture that respects the local context.
For more insights into the design, including architectural plans, sections, and detailed visual representations, interested readers are encouraged to explore the project presentation further. Such elements provide a comprehensive view of the WE Villa and its innovative approach to modern residential architecture.
