Crafted with a lattice framework and large expanses of etched glass, the retreat integrates seamlessly with its wooded surroundings, offering a tranquil space for contemplation and connection with nature.
5 key facts about this project
01
Crafted from locally sourced cross-laminated timber panels to enhance sustainability.
02
Features charred wooden shingles that provide natural weather resistance and aesthetic appeal.
03
The bent A-frame design maximizes internal space while minimizing structural weight.
04
Large expanses of etched glass facilitate unobstructed views and natural light penetration.
05
Elevated construction reduces environmental impact and enhances the connection to nature.
Project specific keywords
The architectural design project "Pa Celam" is a contemporary retreat situated within a natural setting, focusing on creating a harmonious relationship between built form and landscape. This project serves as a shelter, designed primarily for relaxation and contemplation, providing an optimal blend of privacy and openness. The structure embodies the concept of a journey through nature, articulating the experiences of traversing a forest landscape, characterized by the presence of fog and towering trees.
The architectural design employs a unique framework that allows for extensive interaction with the environment. The integration of large glass panels facilitates natural light penetration, enhancing the overall spatial experience while offering unobstructed views of the surroundings. This connection to nature is a fundamental aspect of the project, impacting both the interior and exterior design elements.
Unique Design Approaches
"Pa Celam" distinguishes itself from conventional retreats through several innovative design approaches. First, the use of locally sourced materials, including wood and aluminum, emphasizes sustainability and environmental responsibility. The wooden lattice framework not only supports the structure but also captures the essence of the forest's tree trunks, reinforcing the thematic connection to the surrounding environment.
The architectural composition is elevated from the ground to create a sense of weightlessness, mimicking the appearance of fog hovering above the forest floor. This design strategy minimizes site disruption and enhances the visual experience. A sliding wall system further differentiates this project, enabling the space to adapt dynamically to weather conditions and user preferences. This flexibility allows occupants to experience the retreat in varying degrees of openness.
Functional and Aesthetic Details
The functional layout of "Pa Celam" comprises both public and private zones, effectively catering to diverse activities while providing spaces for reflection and social interaction. Interior spaces are designed with versatility in mind, allowing for various configurations that can evolve with the occupants' needs.
The integration of skylights strategically positioned throughout the cabin enhances illumination and airflow, contributing to the overall environmental sustainability of the design. Moreover, the use of etched glass not only adds to visual interest but also moderates light intensity, creating an inviting atmosphere within the retreat.
For those interested in exploring further, a review of the architectural plans, architectural sections, and architectural designs related to "Pa Celam" will provide deeper insights into its unique layout and structure. Readers are encouraged to delve into these resources for a comprehensive understanding of the project's innovative architectural ideas and execution.
The architectural design employs a unique framework that allows for extensive interaction with the environment. The integration of large glass panels facilitates natural light penetration, enhancing the overall spatial experience while offering unobstructed views of the surroundings. This connection to nature is a fundamental aspect of the project, impacting both the interior and exterior design elements.
Unique Design Approaches
"Pa Celam" distinguishes itself from conventional retreats through several innovative design approaches. First, the use of locally sourced materials, including wood and aluminum, emphasizes sustainability and environmental responsibility. The wooden lattice framework not only supports the structure but also captures the essence of the forest's tree trunks, reinforcing the thematic connection to the surrounding environment.
The architectural composition is elevated from the ground to create a sense of weightlessness, mimicking the appearance of fog hovering above the forest floor. This design strategy minimizes site disruption and enhances the visual experience. A sliding wall system further differentiates this project, enabling the space to adapt dynamically to weather conditions and user preferences. This flexibility allows occupants to experience the retreat in varying degrees of openness.
Functional and Aesthetic Details
The functional layout of "Pa Celam" comprises both public and private zones, effectively catering to diverse activities while providing spaces for reflection and social interaction. Interior spaces are designed with versatility in mind, allowing for various configurations that can evolve with the occupants' needs.
The integration of skylights strategically positioned throughout the cabin enhances illumination and airflow, contributing to the overall environmental sustainability of the design. Moreover, the use of etched glass not only adds to visual interest but also moderates light intensity, creating an inviting atmosphere within the retreat.
For those interested in exploring further, a review of the architectural plans, architectural sections, and architectural designs related to "Pa Celam" will provide deeper insights into its unique layout and structure. Readers are encouraged to delve into these resources for a comprehensive understanding of the project's innovative architectural ideas and execution.
