Tugba Ozasir 
Incorporating photovoltaic glass and modular flexibility, the design reflects a sustainable approach to urban housing that adapts to the evolving needs of its residents.
5 key facts about this project
01
Utilizes modular units that allow for adaptable spatial configurations.
02
Incorporates rainwater harvesting systems to enhance sustainability.
03
Features perforated facades to improve natural ventilation.
04
Equipped with photovoltaic glass for energy generation.
05
Emphasizes community interaction through shared green spaces.
General keywords
Project specific keywords
The Flexbox project is a modern architectural proposal situated in Istanbul, Turkey, designed to address the pressing issues of housing density and adaptability in urban environments. By focusing on modularity and flexibility, this project aims to create living spaces that can evolve with the varied needs of occupants over time. The overarching goal is to establish a sustainable and functional approach to housing that integrates seamlessly into the urban fabric.
The project comprises individual housing units structured around a central core. These units are designed to a compact 25 square meters, facilitating various configurations based on resident requirements. Movable internal walls permit occupants to redefine their spaces for different uses, promoting a versatile lifestyle within a constrained footprint. The inclusion of essential wet areas housed in a central cube enhances functionality and organization within each unit, ensuring efficient use of space.
Design Approach and Innovation
Flexbox introduces a modular design approach that allows for future adaptability. Each unit can be rearranged or adjusted without extensive renovations, appealing to the ever-changing needs of urban dwellers. The project incorporates sustainable technologies, including rainwater harvesting systems and photovoltaic panels, to address environmental concerns. These features reduce dependency on external resources, promoting a self-sufficient living model.
The choice of materials plays an integral role in the project’s success. Utilizing insulated wall panels and polycarbonate materials ensures durability while optimizing energy efficiency. The incorporation of perforated facade cladding allows for natural ventilation, aligning with passive design principles. This holistic approach combines functionality, sustainability, and user adaptability, distinguishing Flexbox from typical housing solutions.
Community and Social Interaction
In addition to individual living spaces, the Flexbox project emphasizes community engagement through shared public areas. Green roofs and communal spaces encourage social interaction and foster a sense of belonging among residents. By integrating nature into the design, the project promotes well-being and enhances the quality of life in an urban setting—a crucial aspect in addressing the challenges of housing in a densely populated city like Istanbul.
The Flexbox project serves as a thoughtful response to the evolving needs of urban residents. Its focus on modularity and sustainability sets it apart from conventional housing options. To gain a comprehensive understanding of the project, including architectural plans and sections, and to explore its design ideas further, readers are encouraged to review the detailed project presentation. Such insights will provide a deeper appreciation of the architectural strategies employed in Flexbox.
The project comprises individual housing units structured around a central core. These units are designed to a compact 25 square meters, facilitating various configurations based on resident requirements. Movable internal walls permit occupants to redefine their spaces for different uses, promoting a versatile lifestyle within a constrained footprint. The inclusion of essential wet areas housed in a central cube enhances functionality and organization within each unit, ensuring efficient use of space.
Design Approach and Innovation
Flexbox introduces a modular design approach that allows for future adaptability. Each unit can be rearranged or adjusted without extensive renovations, appealing to the ever-changing needs of urban dwellers. The project incorporates sustainable technologies, including rainwater harvesting systems and photovoltaic panels, to address environmental concerns. These features reduce dependency on external resources, promoting a self-sufficient living model.
The choice of materials plays an integral role in the project’s success. Utilizing insulated wall panels and polycarbonate materials ensures durability while optimizing energy efficiency. The incorporation of perforated facade cladding allows for natural ventilation, aligning with passive design principles. This holistic approach combines functionality, sustainability, and user adaptability, distinguishing Flexbox from typical housing solutions.
Community and Social Interaction
In addition to individual living spaces, the Flexbox project emphasizes community engagement through shared public areas. Green roofs and communal spaces encourage social interaction and foster a sense of belonging among residents. By integrating nature into the design, the project promotes well-being and enhances the quality of life in an urban setting—a crucial aspect in addressing the challenges of housing in a densely populated city like Istanbul.
The Flexbox project serves as a thoughtful response to the evolving needs of urban residents. Its focus on modularity and sustainability sets it apart from conventional housing options. To gain a comprehensive understanding of the project, including architectural plans and sections, and to explore its design ideas further, readers are encouraged to review the detailed project presentation. Such insights will provide a deeper appreciation of the architectural strategies employed in Flexbox.
