Elevated above the mountainous landscape, the retreat’s floating pods combine charred wood and expansive glass to create a seamless dialogue between constructed space and nature, serving as a tranquil sanctuary for mindfulness and reflection.
5 key facts about this project
01
Floating pods elevate the design, preserving the natural landscape and minimizing ground disturbance.
02
The use of charred wooden shingles enhances weather resistance while providing a distinct aesthetic.
03
Cross-laminated timber panels are employed for structural integrity and sustainability.
04
Large glass façades optimize natural light, creating connections between interior spaces and nature.
05
A passive design approach regulates temperature and reduces energy consumption throughout the year.
General keywords
The architectural project "Pendant in Time" embodies the integration of contemporary design with the natural landscape of Vale De Moses, a region characterized by its focus on wellness and mindfulness. This project consists of a series of floating pods that provide a unique retreat experience while minimizing ecological impact. The aim is to create spaces that enable occupants to engage with their surroundings, aligning the built environment with the rhythms of nature.
Innovative Structural Solutions
The design utilizes floating pod structures that are elevated above the ground, maintaining the existing topography and preserving the natural habitat. This approach allows for a seamless integration of the architecture into the mountainous terrain. Large glass panels serve as primary architectural features, offering expansive views of the landscape and facilitating natural light penetration. These glass elements function not only as transparent barriers but also as active components that connect interior spaces with the exterior environment. The inclusion of a sloped design adapts well to site conditions, reducing the need for extensive land alteration.
Sustainable Material Choices
Material selection is central to the project’s identity. Pine wood is utilized for structural and finish applications, providing aesthetic warmth while promoting sustainability through locally sourced materials. The architectural design incorporates advanced technologies including a waterproof membrane for roofing and a rainwater collection system to enhance environmental stewardship. Wind protection insulation further contributes to energy efficiency, ensuring a comfortable interior throughout varying weather conditions.
Unique Features and Systems
The project distinguishes itself through several unique features. The mechanical sun louvers, formed by vertically oriented wooden slats, allow occupants to manage light and privacy dynamically, optimizing the interior conditions based on user preference and environmental factors. Additionally, the retreat integrates wellness-oriented spaces that encourage relaxation and reflection, making use of the surrounding vistas as part of the experience. The architectural layouts are thoughtfully planned to provide quiet corners and communal areas to foster connection among occupants while respecting individual privacy.
For a more detailed understanding of this project, readers are encouraged to explore the architectural plans, sections, and designs that contribute to the distinctive character of "Pendant in Time." This exploration can provide further insights into the architectural ideas that shaped the project’s overall concept and implementation.
Innovative Structural Solutions
The design utilizes floating pod structures that are elevated above the ground, maintaining the existing topography and preserving the natural habitat. This approach allows for a seamless integration of the architecture into the mountainous terrain. Large glass panels serve as primary architectural features, offering expansive views of the landscape and facilitating natural light penetration. These glass elements function not only as transparent barriers but also as active components that connect interior spaces with the exterior environment. The inclusion of a sloped design adapts well to site conditions, reducing the need for extensive land alteration.
Sustainable Material Choices
Material selection is central to the project’s identity. Pine wood is utilized for structural and finish applications, providing aesthetic warmth while promoting sustainability through locally sourced materials. The architectural design incorporates advanced technologies including a waterproof membrane for roofing and a rainwater collection system to enhance environmental stewardship. Wind protection insulation further contributes to energy efficiency, ensuring a comfortable interior throughout varying weather conditions.
Unique Features and Systems
The project distinguishes itself through several unique features. The mechanical sun louvers, formed by vertically oriented wooden slats, allow occupants to manage light and privacy dynamically, optimizing the interior conditions based on user preference and environmental factors. Additionally, the retreat integrates wellness-oriented spaces that encourage relaxation and reflection, making use of the surrounding vistas as part of the experience. The architectural layouts are thoughtfully planned to provide quiet corners and communal areas to foster connection among occupants while respecting individual privacy.
For a more detailed understanding of this project, readers are encouraged to explore the architectural plans, sections, and designs that contribute to the distinctive character of "Pendant in Time." This exploration can provide further insights into the architectural ideas that shaped the project’s overall concept and implementation.
