Utilizing cross-laminated timber and solar integration, the structure harmonizes with its desert landscape while providing an immersive retreat for visitors near the Great Pyramids.
5 key facts about this project
01
Utilizes a hybrid structural system of cross-laminated timber and steel mesh for enhanced durability.
02
Incorporates charred wooden shingles, providing both aesthetic appeal and fire resistance.
03
Features an innovative eco-shield roof design for optimal natural ventilation and daylighting.
04
Integrates photovoltaic fiber optics, allowing for effective solar energy harnessing.
05
Designed with vertical stone louvers for shading and climate control, reflecting local architectural traditions.
General keywords
The 4th Micro-Wonder architectural design project is a contemporary micro dwelling situated near the Great Pyramids in Egypt. This project embodies a blend of modern architectural principles and historical context, serving as a unique space for visitors seeking a deeper connection to one of the world's most iconic sites. The structure occupies approximately 25 square meters, designed to accommodate tourists through a functional layout that prioritizes interaction with the surrounding environment and historical landmarks.
The design approach focuses on harmonizing the building's form with its desert surroundings, emphasizing sustainability and energy efficiency. The structure employs a combination of local materials and innovative construction techniques to optimize performance while maintaining an aesthetic that reflects its historical milieu. Visitors will experience a seamless transition between internal and external spaces, promoting engagement with the great cultural heritage surrounding the project.
Architectural Integration with Environment
This project stands out through its strategic architectural integration with the environment. The use of a hybrid structure composed of steel mesh and timber offers a lightweight framework that allows for expansive interior spaces without compromising structural integrity. The innovative roof design incorporates eco-shield technology, which works to naturally regulate indoor temperatures and enhance daylight while minimizing reliance on artificial lighting systems.
Additionally, the vertical stone louvers crafted into the facade are notable for their dual functionality. These elements not only provide necessary shading to combat the heat of the desert sun but also create a visual link to traditional architectural styles found throughout Egypt. This integration of historical design elements into a modern context deepens the aesthetic and cultural relevance of the project, setting it apart from typical contemporary designs.
Sustainability and Energy Efficiency
Sustainability is a core principle of the 4th Micro-Wonder project, visible in its systemic approach to energy management. The design features a solar energy system utilizing photovoltaic fiber optics, allowing the building to harness renewable energy sources effectively. Coupled with a gray water recycling system and waste-to-energy solutions, this project showcases a commitment to minimizing environmental impact while optimizing resource use.
The landscape surrounding the structure also incorporates local flora, contributing to biodiversity and enhancing the visual and ecological quality of the site. The attention to sustainable practices not only serves to reduce the building's carbon footprint but also resonates with the principles of ancient Egyptian architecture, which often emphasized harmony with the natural environment.
This architectural design provides an enlightening experience for visitors while respecting the rich history of its location. For those interested in exploring the detailed elements of the project, including architectural plans, sections, and design concepts, a thorough review of the project presentation will offer deeper insights into its functional and aesthetic qualities.
The design approach focuses on harmonizing the building's form with its desert surroundings, emphasizing sustainability and energy efficiency. The structure employs a combination of local materials and innovative construction techniques to optimize performance while maintaining an aesthetic that reflects its historical milieu. Visitors will experience a seamless transition between internal and external spaces, promoting engagement with the great cultural heritage surrounding the project.
Architectural Integration with Environment
This project stands out through its strategic architectural integration with the environment. The use of a hybrid structure composed of steel mesh and timber offers a lightweight framework that allows for expansive interior spaces without compromising structural integrity. The innovative roof design incorporates eco-shield technology, which works to naturally regulate indoor temperatures and enhance daylight while minimizing reliance on artificial lighting systems.
Additionally, the vertical stone louvers crafted into the facade are notable for their dual functionality. These elements not only provide necessary shading to combat the heat of the desert sun but also create a visual link to traditional architectural styles found throughout Egypt. This integration of historical design elements into a modern context deepens the aesthetic and cultural relevance of the project, setting it apart from typical contemporary designs.
Sustainability and Energy Efficiency
Sustainability is a core principle of the 4th Micro-Wonder project, visible in its systemic approach to energy management. The design features a solar energy system utilizing photovoltaic fiber optics, allowing the building to harness renewable energy sources effectively. Coupled with a gray water recycling system and waste-to-energy solutions, this project showcases a commitment to minimizing environmental impact while optimizing resource use.
The landscape surrounding the structure also incorporates local flora, contributing to biodiversity and enhancing the visual and ecological quality of the site. The attention to sustainable practices not only serves to reduce the building's carbon footprint but also resonates with the principles of ancient Egyptian architecture, which often emphasized harmony with the natural environment.
This architectural design provides an enlightening experience for visitors while respecting the rich history of its location. For those interested in exploring the detailed elements of the project, including architectural plans, sections, and design concepts, a thorough review of the project presentation will offer deeper insights into its functional and aesthetic qualities.
