Constructed from hexagonal units of OSB and equipped with mineral insulation, this modular housing solution addresses urban affordability while promoting sustainable living.
5 key facts about this project
01
Hexagonal units provide efficient spatial configuration for diverse living arrangements.
02
OSB panels enhance structural integrity while minimizing construction waste.
03
Mineral insulation significantly improves energy efficiency and acoustic performance.
04
Modular design allows rapid assembly and reconfiguration in urban settings.
05
Intergenerational living concepts foster community engagement and adaptability.
General keywords
Project specific keywords
The BOKS project is a modular housing initiative designed for urban environments, specifically targeting the affordable housing crisis in New York City. This architectural endeavor aims to create sustainable, adaptable living spaces that can be tailored to meet diverse community needs. The modular design encompasses various configurations, allowing the stacking of units while maintaining a compact footprint. This approach maximizes the use of limited urban land, addressing density and affordability challenges.
Modularity and Flexibility in Design
A fundamental aspect of the BOKS project is its focus on modularity. Each unit, referred to as a "bok," employs a hexagonal shape to optimize structural integrity and living space efficiency. The design supports multiple arrangements, making it suitable for a range of applications, from single-occupancy residences to family units and mixed-use scenarios. This flexibility allows the project to cater to various demographics, promoting inclusivity in urban housing solutions.
The use of wood frame construction contributes significantly to the project's sustainability goals. By leveraging lightweight materials, construction becomes more efficient, reducing time and labor costs. The integration of oriented strand board (OSB) plates further enhances structural stability while minimizing construction waste. Coupled with mineral wool insulation, these materials provide effective thermal and acoustic performance, ensuring comfortable living conditions in dense urban settings.
Innovative Use of Space and Resources
The architectural layout emphasizes compactness, incorporating installation shafts within the modular units to reduce the structural footprint while maximizing usable space. This design not only enhances the livability of individual units but also allows for an affordable building process. The project also prioritizes energy efficiency, employing materials with favorable heat-transmissive properties to limit energy consumption for heating and cooling.
The BOKS project distinguishes itself from conventional housing developments by merging innovative design with an acute awareness of community needs. By integrating various configurations, it creates opportunities for intergenerational living and encourages interaction among residents. This design philosophy is intended to foster a sense of community, addressing social as well as economic challenges in urban housing.
The BOKS project serves as a compelling case study in modular housing design. Interested readers are encouraged to explore the project presentation for a deeper understanding of its architectural plans, sections, designs, and ideas. This exploration will provide further insights into the innovative approaches taken to address the complexities of urban living.
Modularity and Flexibility in Design
A fundamental aspect of the BOKS project is its focus on modularity. Each unit, referred to as a "bok," employs a hexagonal shape to optimize structural integrity and living space efficiency. The design supports multiple arrangements, making it suitable for a range of applications, from single-occupancy residences to family units and mixed-use scenarios. This flexibility allows the project to cater to various demographics, promoting inclusivity in urban housing solutions.
The use of wood frame construction contributes significantly to the project's sustainability goals. By leveraging lightweight materials, construction becomes more efficient, reducing time and labor costs. The integration of oriented strand board (OSB) plates further enhances structural stability while minimizing construction waste. Coupled with mineral wool insulation, these materials provide effective thermal and acoustic performance, ensuring comfortable living conditions in dense urban settings.
Innovative Use of Space and Resources
The architectural layout emphasizes compactness, incorporating installation shafts within the modular units to reduce the structural footprint while maximizing usable space. This design not only enhances the livability of individual units but also allows for an affordable building process. The project also prioritizes energy efficiency, employing materials with favorable heat-transmissive properties to limit energy consumption for heating and cooling.
The BOKS project distinguishes itself from conventional housing developments by merging innovative design with an acute awareness of community needs. By integrating various configurations, it creates opportunities for intergenerational living and encourages interaction among residents. This design philosophy is intended to foster a sense of community, addressing social as well as economic challenges in urban housing.
The BOKS project serves as a compelling case study in modular housing design. Interested readers are encouraged to explore the project presentation for a deeper understanding of its architectural plans, sections, designs, and ideas. This exploration will provide further insights into the innovative approaches taken to address the complexities of urban living.
