Integrating thatch roofing and softwood timber framing, the culinary commons harmonizes with its forest environment to foster community engagement through shared cooking experiences.
5 key facts about this project
01
Integrates a unique bent A-frame design for optimal spatial dynamics.
02
Utilizes locally sourced thatch roofing to enhance environmental compatibility.
03
Incorporates rainwater harvesting systems for landscape irrigation.
04
Features modular kitchen spaces encouraging interactive culinary experiences.
05
Protects existing trees within the site layout, promoting ecological preservation.
General keywords
The Sansusī Forest Culinary Commons is an architectural project designed to serve as a community hub focused on culinary experiences within a forested environment. The structure emphasizes the relationship between architecture and nature, creating a space that supports both communal dining and cooking activities while fostering environmental awareness. The design integrates seamlessly with the surrounding landscape, highlighting its commitment to sustainability and community engagement.
The project features a rectilinear form and an undulating roof that maximizes natural light and ventilation. Key materials used include treated softwood timber for framing and walls, thatch roofing for thermal efficiency, wooden batten cladding for weather protection, and gravel for landscaping purposes. These choices reflect an adherence to local materiality and environmental sensitivity.
The internal layout promotes functionality and social interaction. Open kitchen areas facilitate culinary demonstrations, while flexible seating accommodates both small gatherings and larger community events. Unique aspects of the project include a dedicated dome stage for performances and a collective use fireplace that serves both practical cooking needs and as a communal focal point.
Innovative design approaches highlight the project’s commitment to sustainability. Strategic rainwater harvesting systems integrated into the roof design assist in irrigation, promoting ecological responsibility. The use of locally sourced materials and passive design principles enhances its environmental performance.
The Sansusī Forest Culinary Commons stands as a model for architecture that merges natural elements with communal functionality. It invites further exploration of its architectural plans, sections, designs, and underlying ideas to understand its comprehensive approach to design and community engagement. Readers are encouraged to delve deeper into the presentation of this project to reveal its nuances and practical applications in the realm of architectural design.
The project features a rectilinear form and an undulating roof that maximizes natural light and ventilation. Key materials used include treated softwood timber for framing and walls, thatch roofing for thermal efficiency, wooden batten cladding for weather protection, and gravel for landscaping purposes. These choices reflect an adherence to local materiality and environmental sensitivity.
The internal layout promotes functionality and social interaction. Open kitchen areas facilitate culinary demonstrations, while flexible seating accommodates both small gatherings and larger community events. Unique aspects of the project include a dedicated dome stage for performances and a collective use fireplace that serves both practical cooking needs and as a communal focal point.
Innovative design approaches highlight the project’s commitment to sustainability. Strategic rainwater harvesting systems integrated into the roof design assist in irrigation, promoting ecological responsibility. The use of locally sourced materials and passive design principles enhances its environmental performance.
The Sansusī Forest Culinary Commons stands as a model for architecture that merges natural elements with communal functionality. It invites further exploration of its architectural plans, sections, designs, and underlying ideas to understand its comprehensive approach to design and community engagement. Readers are encouraged to delve deeper into the presentation of this project to reveal its nuances and practical applications in the realm of architectural design.
