Samet Berkcan Yilmaz, 
Utilizing a combination of bamboo framing and recycled glass panels, the modular living spaces integrate seamlessly into the urban landscape of Galata, offering a sustainable solution to the demand for efficient residential units.
5 key facts about this project
01
Utilizes a steel framework that attaches to existing buildings, preserving historical structures.
02
Employs over 85% recyclable and reusable materials, prioritizing sustainability.
03
Integrates solar panels and a rainwater collection system for resource efficiency.
04
Features interior spaces designed for multifunctionality and adaptability to various living needs.
05
Incorporates recycled glass panels that enhance natural lighting while maintaining privacy.
General keywords
Project specific keywords
The Urban In-Betweenness Living Module is an architectural project situated in the historic district of Galata, Istanbul. It aims to address the pressing issues of urban population density and land scarcity through the implementation of modular living solutions. The design integrates seamlessly within the existing urban fabric while preserving the cultural significance of the surrounding architecture.
The project focuses on sustainability, utilizing innovative materials and design strategies to create functional living spaces that can accommodate varying lifestyles. The modules are designed to be adaptable and multifunctional, reflecting the need for efficient use of space in urban environments. They are approximately 25 square meters in size, providing essential living facilities that can include areas for cooking, sleeping, and social interaction.
Unique Design Approaches
The Urban In-Betweenness Living Module stands out due to its commitment to sustainability and resourcefulness. It employs a diverse range of materials, including composite timber, steel beams, recycled glass panels, and high-strength compound bamboo. Each material has been selected for its eco-friendly properties and structural performance, with over 85% of the materials being reusable or recyclable. This approach not only minimizes waste but also contributes to a reduced carbon footprint for the project's life cycle.
A defining feature of the design is its integration with pre-existing structures. The steel beam framework attaches to adjacent buildings, allowing the module to float above ground level, thereby enhancing pedestrian flow and access in the busy urban area. This innovative method of connecting with existing architecture preserves historical context while adding new functional spaces to the city.
Flexible interior layouts further differentiate this project from traditional housing solutions. The design emphasizes multifunctionality, incorporating elements such as retractable furniture and adaptable storage systems. This flexibility allows residents to maximize the utility of the limited space, catering to a range of living scenarios.
Sustainable Urban Integration
The project also emphasizes urban infill as a strategy for enhancing green space within the city. It incorporates solar panels for energy generation and a rainwater collection system for efficient resource management. These features align with broader environmental goals while providing functional benefits to residents.
The Urban In-Betweenness Living Module is positioned as a blueprint for sustainable urban living in densely populated areas. Its thoughtful integration of modern architectural principles with the historical context of Galata results in a design that is both practical and responsive to the current challenges faced by urban centers.
To gain a deeper understanding of the project, consider exploring the architectural plans, architectural sections, and architectural designs that illustrate its unique features and functionality. This project presents a significant opportunity to rethink how urban spaces can evolve to meet contemporary needs while respecting their historical roots.
The project focuses on sustainability, utilizing innovative materials and design strategies to create functional living spaces that can accommodate varying lifestyles. The modules are designed to be adaptable and multifunctional, reflecting the need for efficient use of space in urban environments. They are approximately 25 square meters in size, providing essential living facilities that can include areas for cooking, sleeping, and social interaction.
Unique Design Approaches
The Urban In-Betweenness Living Module stands out due to its commitment to sustainability and resourcefulness. It employs a diverse range of materials, including composite timber, steel beams, recycled glass panels, and high-strength compound bamboo. Each material has been selected for its eco-friendly properties and structural performance, with over 85% of the materials being reusable or recyclable. This approach not only minimizes waste but also contributes to a reduced carbon footprint for the project's life cycle.
A defining feature of the design is its integration with pre-existing structures. The steel beam framework attaches to adjacent buildings, allowing the module to float above ground level, thereby enhancing pedestrian flow and access in the busy urban area. This innovative method of connecting with existing architecture preserves historical context while adding new functional spaces to the city.
Flexible interior layouts further differentiate this project from traditional housing solutions. The design emphasizes multifunctionality, incorporating elements such as retractable furniture and adaptable storage systems. This flexibility allows residents to maximize the utility of the limited space, catering to a range of living scenarios.
Sustainable Urban Integration
The project also emphasizes urban infill as a strategy for enhancing green space within the city. It incorporates solar panels for energy generation and a rainwater collection system for efficient resource management. These features align with broader environmental goals while providing functional benefits to residents.
The Urban In-Betweenness Living Module is positioned as a blueprint for sustainable urban living in densely populated areas. Its thoughtful integration of modern architectural principles with the historical context of Galata results in a design that is both practical and responsive to the current challenges faced by urban centers.
To gain a deeper understanding of the project, consider exploring the architectural plans, architectural sections, and architectural designs that illustrate its unique features and functionality. This project presents a significant opportunity to rethink how urban spaces can evolve to meet contemporary needs while respecting their historical roots.
