Constructed with basalt cladding and featuring an ePTFE roof, the design seamlessly integrates flexible lodging with its hillside setting, enhancing both user experience and environmental connection.
5 key facts about this project
01
Basalt stone cladding integrates the structure with its natural hillside setting.
02
The ePTFE roof enhances thermal efficiency and allows for abundant natural light.
03
Modular configuration provides flexible use of space for various guest activities.
04
Large, panoramic windows create a seamless connection between indoor and outdoor environments.
05
Utilization of vacuum insulation minimizes energy consumption and supports sustainability.
General keywords
Project specific keywords
The Bar-Dock project represents a modern architectural endeavor that merges human activity with the natural environment. Located on a hillside, the structure serves as both a communal gathering space and individual lodging units, catering to diverse needs while promoting interaction with the surrounding landscape. The design reflects a commitment to sustainability and flexibility, utilizing innovative materials and spatial configurations.
Spatial Organization
The architectural design incorporates distinct functional areas that balance public and private spaces. The Dock Chambers and Supply Chambers are strategically placed to accommodate different activities, ranging from cooking and relaxing to social gatherings. Large windows systematically integrated into the chambers offer unobstructed views, enhancing the connection between internal environments and the external landscape. The roof design slopes elegantly, contributing to effective water management and creating visual interest.
Materiality and Construction Techniques
A significant aspect of the Bar-Dock project is its thoughtful selection of materials that emphasize durability and ecological sensitivity. Cast concrete forms the foundational elements, ensuring stability, while basalt stone cladding seamlessly integrates the structure with its environment. The use of ePTFE for sliding doors and skylights introduces a high-performance barrier that enhances energy efficiency. Furthermore, vacuum insulation applied in the building contributes to reduced energy consumption, underscoring the project's sustainability ethos.
Unique Design Approaches
The Bar-Dock's unique design approach includes its modular construction, allowing for adaptable use of spaces. This flexibility is fundamental in catering to various guest interactions and activities, positioning the project as a versatile accommodation option. Additionally, by prioritizing natural light through expansive glazing and strategic roof designs, the architecture promotes environmental awareness and enhances the occupant experience. These elements collectively enhance the building's functional performance while fostering a deeper connection with the surrounding natural context.
For those interested in a deeper understanding of the Bar-Dock project, exploring the architectural plans, sections, and design ideas will provide additional insights into the innovative approaches utilized in this architectural work.
Spatial Organization
The architectural design incorporates distinct functional areas that balance public and private spaces. The Dock Chambers and Supply Chambers are strategically placed to accommodate different activities, ranging from cooking and relaxing to social gatherings. Large windows systematically integrated into the chambers offer unobstructed views, enhancing the connection between internal environments and the external landscape. The roof design slopes elegantly, contributing to effective water management and creating visual interest.
Materiality and Construction Techniques
A significant aspect of the Bar-Dock project is its thoughtful selection of materials that emphasize durability and ecological sensitivity. Cast concrete forms the foundational elements, ensuring stability, while basalt stone cladding seamlessly integrates the structure with its environment. The use of ePTFE for sliding doors and skylights introduces a high-performance barrier that enhances energy efficiency. Furthermore, vacuum insulation applied in the building contributes to reduced energy consumption, underscoring the project's sustainability ethos.
Unique Design Approaches
The Bar-Dock's unique design approach includes its modular construction, allowing for adaptable use of spaces. This flexibility is fundamental in catering to various guest interactions and activities, positioning the project as a versatile accommodation option. Additionally, by prioritizing natural light through expansive glazing and strategic roof designs, the architecture promotes environmental awareness and enhances the occupant experience. These elements collectively enhance the building's functional performance while fostering a deeper connection with the surrounding natural context.
For those interested in a deeper understanding of the Bar-Dock project, exploring the architectural plans, sections, and design ideas will provide additional insights into the innovative approaches utilized in this architectural work.
