Constructed with charred cedar facades and prefabricated modules, the design emphasizes sustainability and community interaction, setting a new standard for resilient urban housing.
5 key facts about this project
01
Utilizes black nanocomposite concrete to enhance thermal performance and durability.
02
Integrates supplementary escape stairways for improved emergency access from outdoor balconies.
03
Features a multifunctional outdoor auditorium designed for community events and gatherings.
04
Employs galvanized steel cables to support balcony structures, combining safety and aesthetic appeal.
05
Incorporates Passive Flowing Water Heaters to utilize solar energy for efficient heating.
General keywords
Project specific keywords
The Urban Resilience Module is an architectural project focused on creating sustainable living spaces within urban settings. It emphasizes adaptability and resilience against environmental and social challenges. Situated in Block 86, this design incorporates modular elements to address housing needs while promoting community interaction and improving the quality of urban life.
The project represents a forward-thinking approach to urban housing, emphasizing the integration of outdoor spaces that allow for communal activities. The design prioritizes accessibility and social cohesion, aiming to create an environment where residents can thrive.
Modular Structure and Sustainability
One of the most notable features of the Urban Resilience Module is its modular design, which utilizes prefabricated components for efficient construction and flexibility in layout. The structure is composed of post-tensioned concrete elements, ensuring high durability and resilience. The incorporation of black nanocomposite concrete not only contributes to energy efficiency but also aids in heat regulation, making the building environmentally sound.
The unique stacking geometry creates ample balcony space, designed to extend living areas and promote outdoor engagement. These balconies are connected via walkways that facilitate easy movement throughout the structure and encourage interaction among residents. This design approach enhances social dynamics and creates informal gathering spaces that foster community relationships.
Community-Centric Features
The Urban Resilience Module integrates various community-centric features, such as multifunctional outdoor auditoriums and shelter rooms that can serve as educational spaces. The design incorporates supplementary escape stairways for increased safety, offering direct access from balconies to the ground level, thereby improving emergency response protocols.
Materials selection plays a critical role in achieving the project's sustainability goals. The use of galvanized steel cables provides structural support, while red cedar lattice adds visual interest and shading for the balconies. Additionally, passive flowing water heaters harness solar energy, contributing to the overall energy neutrality of the project.
Explore Further
The Urban Resilience Module showcases thoughtful architectural ideas that prioritize community, functionality, and sustainability. For those interested in a detailed examination of the project, further insights can be gathered by reviewing architectural plans, sections, and designs. Engaging with these elements offers a comprehensive understanding of how this project addresses contemporary urban challenges while creating a supportive environment for its residents.
The project represents a forward-thinking approach to urban housing, emphasizing the integration of outdoor spaces that allow for communal activities. The design prioritizes accessibility and social cohesion, aiming to create an environment where residents can thrive.
Modular Structure and Sustainability
One of the most notable features of the Urban Resilience Module is its modular design, which utilizes prefabricated components for efficient construction and flexibility in layout. The structure is composed of post-tensioned concrete elements, ensuring high durability and resilience. The incorporation of black nanocomposite concrete not only contributes to energy efficiency but also aids in heat regulation, making the building environmentally sound.
The unique stacking geometry creates ample balcony space, designed to extend living areas and promote outdoor engagement. These balconies are connected via walkways that facilitate easy movement throughout the structure and encourage interaction among residents. This design approach enhances social dynamics and creates informal gathering spaces that foster community relationships.
Community-Centric Features
The Urban Resilience Module integrates various community-centric features, such as multifunctional outdoor auditoriums and shelter rooms that can serve as educational spaces. The design incorporates supplementary escape stairways for increased safety, offering direct access from balconies to the ground level, thereby improving emergency response protocols.
Materials selection plays a critical role in achieving the project's sustainability goals. The use of galvanized steel cables provides structural support, while red cedar lattice adds visual interest and shading for the balconies. Additionally, passive flowing water heaters harness solar energy, contributing to the overall energy neutrality of the project.
Explore Further
The Urban Resilience Module showcases thoughtful architectural ideas that prioritize community, functionality, and sustainability. For those interested in a detailed examination of the project, further insights can be gathered by reviewing architectural plans, sections, and designs. Engaging with these elements offers a comprehensive understanding of how this project addresses contemporary urban challenges while creating a supportive environment for its residents.
