Utilizing charred wooden shingles and weathered steel, the design integrates flexible community spaces that prioritize natural light while harmonizing with the surrounding landscape.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced weather resistance and aesthetic appeal.
02
Incorporates cross-laminated timber panels to reduce environmental impact and improve structural efficiency.
03
Features a bent A-frame design that maximizes interior volume while facilitating natural light flow.
04
Integrates modular elements, allowing for flexible space reconfiguration based on community needs.
05
Includes an accessible ramp promenade connecting interior spaces with elevated viewpoints.
General keywords
The FRAME architectural project is a contemporary structure designed for integration with its natural surroundings near Big Slough. It encapsulates the principles of adaptability and modularity, responding effectively to both spatial and environmental demands. The design emphasizes public engagement and interaction with the landscape, positioning itself as a versatile space for various community functions.
The overarching concept is to create a semi-enclosed environment that facilitates user movement while fostering connections with the surrounding ecosystem. The architectural framework employs a grid system, offering structural support and a flexible arrangement that accommodates changes in usage over time. Materials chosen for construction include wood, weathered steel, polycarbonate, aluminum, and concrete, each selected for its functional properties and aesthetic contribution to the overall design narrative.
Unique Design Approaches
FRAME distinguishes itself through a dynamic envelope system that enhances adaptability to environmental changes. The interplay between solid and transparent materials offers users varied experiences throughout the day, with natural light optimizing interior spaces. This responsive design supports sustainable practices by minimizing reliance on artificial lighting and HVAC systems, thereby promoting ecological harmony.
The project also incorporates multi-functional spaces, allowing the interior to serve diverse activities—from exhibitions to communal gatherings. The fluidity of layout and the use of movable panels facilitate a continuously evolving space, responding to the needs of its users without compromising structural integrity.
Architectural Details
Key architectural details include an accessible ramp promenade leading to elevated viewpoints that engage users with the landscape. This design choice not only adheres to ADA standards but also enhances user experience by creating transitional zones between the human-made structure and the natural environment. The 3D grid framework visibly supports the design's modularity and adaptability, encouraging exploration of different vantage points within the site.
The use of a weathered steel facade informs the aesthetic while providing durability in exterior conditions, requiring minimal maintenance. The polycarbonate roofing further allows for maximum daylight penetration while ensuring protection from environmental elements. These choices illustrate a commitment to both functionality and sustainability, establishing FRAME as a forward-thinking architectural endeavor.
Explore the detailed architectural plans, sections, and design ideas to gain deeper insights into the unique aspects and functional applications of the FRAME project. Understanding the thoughtful architecture behind the design can provide valuable knowledge on innovative approaches in contemporary project design.
The overarching concept is to create a semi-enclosed environment that facilitates user movement while fostering connections with the surrounding ecosystem. The architectural framework employs a grid system, offering structural support and a flexible arrangement that accommodates changes in usage over time. Materials chosen for construction include wood, weathered steel, polycarbonate, aluminum, and concrete, each selected for its functional properties and aesthetic contribution to the overall design narrative.
Unique Design Approaches
FRAME distinguishes itself through a dynamic envelope system that enhances adaptability to environmental changes. The interplay between solid and transparent materials offers users varied experiences throughout the day, with natural light optimizing interior spaces. This responsive design supports sustainable practices by minimizing reliance on artificial lighting and HVAC systems, thereby promoting ecological harmony.
The project also incorporates multi-functional spaces, allowing the interior to serve diverse activities—from exhibitions to communal gatherings. The fluidity of layout and the use of movable panels facilitate a continuously evolving space, responding to the needs of its users without compromising structural integrity.
Architectural Details
Key architectural details include an accessible ramp promenade leading to elevated viewpoints that engage users with the landscape. This design choice not only adheres to ADA standards but also enhances user experience by creating transitional zones between the human-made structure and the natural environment. The 3D grid framework visibly supports the design's modularity and adaptability, encouraging exploration of different vantage points within the site.
The use of a weathered steel facade informs the aesthetic while providing durability in exterior conditions, requiring minimal maintenance. The polycarbonate roofing further allows for maximum daylight penetration while ensuring protection from environmental elements. These choices illustrate a commitment to both functionality and sustainability, establishing FRAME as a forward-thinking architectural endeavor.
Explore the detailed architectural plans, sections, and design ideas to gain deeper insights into the unique aspects and functional applications of the FRAME project. Understanding the thoughtful architecture behind the design can provide valuable knowledge on innovative approaches in contemporary project design.
