Incorporating a unique wind-tuned ventilation system and a revenue-generating advertising facade, these compact microhomes utilize polycarbonate roofing and sustainable materials to efficiently address urban housing needs.
5 key facts about this project
01
Incorporates a wind-tuned system for enhanced natural ventilation.
02
Features polycarbonate roofing for optimal temperature regulation.
03
Includes revenue-generating advertising elements integrated into the facade.
04
Utilizes QuadCore wall panels for superior thermal performance.
05
Emphasizes community interaction through shared communal spaces.
General keywords
The microhousing project in Hong Kong addresses the pressing issue of affordable living spaces in a densely populated urban environment. Designed efficiently to maximize limited land resources, the project features compact living units known as microhomes. These units are specifically aimed at young professionals struggling to find affordable housing in the city. The architecture not only provides essential amenities but also integrates an innovative revenue-generating advertising system. This dual functionality optimizes space while contributing to the sustainability of the housing model.
Design Approach and Materiality
A key characteristic of this project is its unique approach to integrating advertising elements within the architectural framework. The structure employs various materials that enhance both functionality and aesthetic appeal. The primary construction method utilizes light-framed steel to provide structural support, allowing for creative adaptability. Polycarbonate roofing assists with temperature regulation, while QuadCore AWP LEC wall panels ensure thermal performance and fire resistance. The inclusion of plywood adds warmth and versatility to the interiors, creating inviting living areas.
The structural design incorporates efficient space planning. The layout features a ground floor that contains communal areas designed to encourage interaction among residents, alongside essential utilities like kitchens and bathrooms. Above, the mezzanine level serves as private living quarters, showcasing effective vertical utilization. The project also employs innovative systems such as a wind-tuned ventilation mechanism, which offers natural airflow while minimizing carbon footprints. An accompanying 2000-litre slimline tank with a pump helps optimize water management, further reinforcing sustainable living practices.
Functional Elements and Community Integration
The architectural design effectively merges functional and aesthetic elements to foster a sense of community. By incorporating advertisement boards as integral components, the project not only addresses housing needs but also provides an income stream that can potentially subsidize rent costs. This innovative concept addresses urban living challenges in a highly commercialized environment.
The project design also includes thoughtful features such as natural lighting strategies and communal spaces that enhance day-to-day living. The overall layout is oriented to encourage interaction, with shared areas that allow for social engagement among residents. By focusing on community living, the project reinforces the importance of connection in urban settings, addressing not only housing shortages but also social isolation.
For further insights into the project, including detailed architectural plans and sections that illustrate its design and functionality, readers are encouraged to explore the complete project presentation.
Design Approach and Materiality
A key characteristic of this project is its unique approach to integrating advertising elements within the architectural framework. The structure employs various materials that enhance both functionality and aesthetic appeal. The primary construction method utilizes light-framed steel to provide structural support, allowing for creative adaptability. Polycarbonate roofing assists with temperature regulation, while QuadCore AWP LEC wall panels ensure thermal performance and fire resistance. The inclusion of plywood adds warmth and versatility to the interiors, creating inviting living areas.
The structural design incorporates efficient space planning. The layout features a ground floor that contains communal areas designed to encourage interaction among residents, alongside essential utilities like kitchens and bathrooms. Above, the mezzanine level serves as private living quarters, showcasing effective vertical utilization. The project also employs innovative systems such as a wind-tuned ventilation mechanism, which offers natural airflow while minimizing carbon footprints. An accompanying 2000-litre slimline tank with a pump helps optimize water management, further reinforcing sustainable living practices.
Functional Elements and Community Integration
The architectural design effectively merges functional and aesthetic elements to foster a sense of community. By incorporating advertisement boards as integral components, the project not only addresses housing needs but also provides an income stream that can potentially subsidize rent costs. This innovative concept addresses urban living challenges in a highly commercialized environment.
The project design also includes thoughtful features such as natural lighting strategies and communal spaces that enhance day-to-day living. The overall layout is oriented to encourage interaction, with shared areas that allow for social engagement among residents. By focusing on community living, the project reinforces the importance of connection in urban settings, addressing not only housing shortages but also social isolation.
For further insights into the project, including detailed architectural plans and sections that illustrate its design and functionality, readers are encouraged to explore the complete project presentation.
