Zhiyu Zhang, 
Yangtong Zhao 
Suspended structures utilizing reinforced concrete and modular units beneath the Manhattan Bridge redefine urban living through flexible residential configurations and integrated green spaces.
5 key facts about this project
01
Suspended living units leverage the structural integrity of the Manhattan Bridge for innovative residential designs.
02
Modular configurations allow for adaptive living arrangements based on community needs.
03
Integration of green roofs promotes biodiversity and enhances urban ecology.
04
Use of recycled materials minimizes environmental impact and supports sustainability.
05
Public corridors foster social interaction and create communal gathering spaces.
General keywords
The Living-Synthesis project in New York City, situated under the Manhattan Bridge, represents a comprehensive approach to urban housing and community integration. It is designed to address the challenges of gentrification and affordable living within a vibrant urban environment. The architecture encapsulates a hybrid system, melding residential, public, and communal spaces into a cohesive structure that emphasizes adaptability and sustainability.
The project is characterized by its innovative use of existing infrastructure, transforming an underutilized area beneath the bridge into a functional living space. Each residential unit adopts a modular design, allowing for versatile living arrangements that can accommodate diverse resident needs. The design strategy promotes a seamless interaction between private and public sectors, fostering community engagement through shared spaces, gardens, and areas dedicated to local farming initiatives.
Integration of Sustainable Practices
The Living-Synthesis project is distinguished by its dedication to sustainability. The architectural design employs a variety of eco-friendly materials, such as reinforced concrete for structural stability, steel for support, glass to enhance natural illumination, and wood to add warmth to interior spaces. These elements not only contribute to aesthetic value but also reflect a commitment to minimizing environmental impact. The project integrates renewable energy sources, affirming its role as a model for environmentally responsible urban living.
Unique Architectural Approach
A key aspect of the Living-Synthesis project is its structural innovation. By utilizing vertical stacking and suspended modules, the design capitalizes on the spatial dynamics offered by the Manhattan Bridge infrastructure. This approach allows for efficient use of space without compromising the area’s accessibility. Furthermore, the incorporation of public corridors and communal gardens promotes neighborly interactions, setting a precedent for contemporary urban developments that prioritize social cohesion.
Explore the architectural plans, sections, and designs presented in this project to gain deeper insights into its functionalities and contributions to urban life. The Living-Synthesis project exemplifies a contemporary architectural solution that harmonizes community living and sustainable practices tailored for urban environments.
The project is characterized by its innovative use of existing infrastructure, transforming an underutilized area beneath the bridge into a functional living space. Each residential unit adopts a modular design, allowing for versatile living arrangements that can accommodate diverse resident needs. The design strategy promotes a seamless interaction between private and public sectors, fostering community engagement through shared spaces, gardens, and areas dedicated to local farming initiatives.
Integration of Sustainable Practices
The Living-Synthesis project is distinguished by its dedication to sustainability. The architectural design employs a variety of eco-friendly materials, such as reinforced concrete for structural stability, steel for support, glass to enhance natural illumination, and wood to add warmth to interior spaces. These elements not only contribute to aesthetic value but also reflect a commitment to minimizing environmental impact. The project integrates renewable energy sources, affirming its role as a model for environmentally responsible urban living.
Unique Architectural Approach
A key aspect of the Living-Synthesis project is its structural innovation. By utilizing vertical stacking and suspended modules, the design capitalizes on the spatial dynamics offered by the Manhattan Bridge infrastructure. This approach allows for efficient use of space without compromising the area’s accessibility. Furthermore, the incorporation of public corridors and communal gardens promotes neighborly interactions, setting a precedent for contemporary urban developments that prioritize social cohesion.
Explore the architectural plans, sections, and designs presented in this project to gain deeper insights into its functionalities and contributions to urban life. The Living-Synthesis project exemplifies a contemporary architectural solution that harmonizes community living and sustainable practices tailored for urban environments.
