Emine Derya Ertan şen, 
Tuğçe Nur Coşkun, 
Ebru Keklik, 
Tansu Dinçer 
Utilizing charred wooden shingles and repurposed shipping containers, the design creates a sustainable research hub that fosters collaboration and education in innovative environmental practices.
5 key facts about this project
01
Utilizes repurposed shipping containers as structural elements to enhance sustainability.
02
Incorporates charred wooden shingles for improved durability and fire resistance.
03
Features cross-laminated timber panels that support efficient construction and thermal performance.
04
Design includes a bent A-frame structure to optimize natural light and ventilation.
05
Integrates landscaped areas that promote biodiversity and environmental awareness.
General keywords
Project specific keywords
The İzmir Sustainability Center, known as S-HUB, presents a contemporary architectural design focused on promoting sustainable research and education. Situated in İzmir, Turkey, the center combines innovative construction techniques with a commitment to environmental stewardship. This project serves not only as a functional workspace for academics and researchers but also as a catalyst for sustainability initiatives within the community.
Innovatively designed to foster collaboration and knowledge sharing, S-HUB includes dedicated spaces for workshops, offices, meeting halls, and laboratories. The layout is modular, allowing for flexible use and adaptation to various activities. Natural light is maximized through large windows and strategic openings, reducing reliance on artificial illumination. The seamless integration of indoor and outdoor areas encourages interaction with the surrounding landscape, enhancing the user experience.
Sustainability-Driven Design Approaches
A critical aspect of the S-HUB is its strategic material selection and construction techniques. The project employs reclaimed materials, such as repurposed shipping containers, which minimize construction waste and contribute to the circular economy. Additionally, wooden structural elements and earth-packed components showcase local resources and promote energy efficiency.
The building's roof incorporates photovoltaic (PV) panels that capture solar energy, reinforcing the center’s commitment to sustainable practices. Furthermore, passive design principles are applied through the use of shading devices that control solar gain while maintaining occupant comfort. Each design element is purposefully integrated to ensure the building operates as a model of sustainability.
Unique Architectural Features
S-HUB features an innovative modular structural system that adapts to the environmental conditions of İzmir. The design includes vertical circulation elements that improve accessibility and encourage movement between levels, promoting a sense of community among users. Furthermore, specialized research areas allow for hands-on experimentation, bridging theory and practice in sustainability education.
The architectural plan facilitates a blend of private and communal spaces, encouraging engagement between researchers and the community. The incorporation of landscaping elements further enhances the functional relationship between built and natural environments, presenting an approach that aspires for ecological harmony.
The İzmir Sustainability Center exemplifies a well-executed architectural design focused on sustainability. For a comprehensive understanding of the project's design philosophy and implementation, explore the detailed architectural plans, sections, and specific design elements. Engaging with these materials will provide deeper insights into the innovative approaches that define S-HUB.
Innovatively designed to foster collaboration and knowledge sharing, S-HUB includes dedicated spaces for workshops, offices, meeting halls, and laboratories. The layout is modular, allowing for flexible use and adaptation to various activities. Natural light is maximized through large windows and strategic openings, reducing reliance on artificial illumination. The seamless integration of indoor and outdoor areas encourages interaction with the surrounding landscape, enhancing the user experience.
Sustainability-Driven Design Approaches
A critical aspect of the S-HUB is its strategic material selection and construction techniques. The project employs reclaimed materials, such as repurposed shipping containers, which minimize construction waste and contribute to the circular economy. Additionally, wooden structural elements and earth-packed components showcase local resources and promote energy efficiency.
The building's roof incorporates photovoltaic (PV) panels that capture solar energy, reinforcing the center’s commitment to sustainable practices. Furthermore, passive design principles are applied through the use of shading devices that control solar gain while maintaining occupant comfort. Each design element is purposefully integrated to ensure the building operates as a model of sustainability.
Unique Architectural Features
S-HUB features an innovative modular structural system that adapts to the environmental conditions of İzmir. The design includes vertical circulation elements that improve accessibility and encourage movement between levels, promoting a sense of community among users. Furthermore, specialized research areas allow for hands-on experimentation, bridging theory and practice in sustainability education.
The architectural plan facilitates a blend of private and communal spaces, encouraging engagement between researchers and the community. The incorporation of landscaping elements further enhances the functional relationship between built and natural environments, presenting an approach that aspires for ecological harmony.
The İzmir Sustainability Center exemplifies a well-executed architectural design focused on sustainability. For a comprehensive understanding of the project's design philosophy and implementation, explore the detailed architectural plans, sections, and specific design elements. Engaging with these materials will provide deeper insights into the innovative approaches that define S-HUB.
