Constructed with transparent plexiglass and sustainable timber, the observation tower offers a unique double spiral design that enhances the experience of wildlife observation within the Al Wathba Reserve's desert landscape.
5 key facts about this project
01
Features a double spiral form that promotes a fluid visitor experience.
02
Constructed using cross-laminated timber panels for enhanced sustainability.
03
Incorporates charred wooden shingles for durability and weather resistance.
04
Utilizes a Japanese assembly technique for efficient construction and flexibility.
05
Includes observation platforms designed for optimal wildlife viewing angles.
General keywords
The project named MIRAGE is an observation tower situated within the Al Wathba Reserve. It serves as a facility for wildlife observation, particularly designed to enhance the experience of observing local avian species. The architecture integrates seamlessly with the surrounding desert environment and aims to foster an appreciation for nature through its innovative structural and spatial design.
The observation tower is characterized by its double spiral geometry, which provides a natural flow for visitors as they ascend through the structure. This design mimics organic forms found within the desert landscape, encouraging a connection between architecture and the environment. The structure emphasizes both functionality and aesthetic appeal, allowing visitors to engage with the landscape in a meaningful way.
The key components of the project include a central core that supports the spiral pathway, leading to various observation platforms. Each platform is strategically placed to provide unique vantage points of the surrounding wildlife and landscape. The circulation path promotes a leisurely exploration, inviting visitors to pause and absorb their surroundings from different heights and perspectives.
Several elements set MIRAGE apart from conventional observation towers. The use of natural materials, such as wood, reflects sustainability and merges architecture with the local setting. Transparent materials, especially cast plexiglass, are utilized to enhance visibility while minimizing barriers to viewing the landscape. The modular design incorporates a Japanese assembly system, facilitating construction and maintenance. This approach allows the structure to adapt easily to changing environmental conditions.
The project employs an innovative use of light and shadow, as the structure's external configuration creates dynamic visual experiences throughout the day. The skin-like surface treatment diffuses light, enhancing the visitor experience while emphasizing the mirage theme inherent to the desert setting.
For an in-depth exploration of the architectural plans, sections, and designs, readers are encouraged to review the project's presentation. This will provide further insights into the architectural ideas that shaped MIRAGE and the specifics of its implementation within the Al Wathba Reserve context.
The observation tower is characterized by its double spiral geometry, which provides a natural flow for visitors as they ascend through the structure. This design mimics organic forms found within the desert landscape, encouraging a connection between architecture and the environment. The structure emphasizes both functionality and aesthetic appeal, allowing visitors to engage with the landscape in a meaningful way.
The key components of the project include a central core that supports the spiral pathway, leading to various observation platforms. Each platform is strategically placed to provide unique vantage points of the surrounding wildlife and landscape. The circulation path promotes a leisurely exploration, inviting visitors to pause and absorb their surroundings from different heights and perspectives.
Several elements set MIRAGE apart from conventional observation towers. The use of natural materials, such as wood, reflects sustainability and merges architecture with the local setting. Transparent materials, especially cast plexiglass, are utilized to enhance visibility while minimizing barriers to viewing the landscape. The modular design incorporates a Japanese assembly system, facilitating construction and maintenance. This approach allows the structure to adapt easily to changing environmental conditions.
The project employs an innovative use of light and shadow, as the structure's external configuration creates dynamic visual experiences throughout the day. The skin-like surface treatment diffuses light, enhancing the visitor experience while emphasizing the mirage theme inherent to the desert setting.
For an in-depth exploration of the architectural plans, sections, and designs, readers are encouraged to review the project's presentation. This will provide further insights into the architectural ideas that shaped MIRAGE and the specifics of its implementation within the Al Wathba Reserve context.
