Geçit might be a simple pavilion structurally, but its purpose stretches beyond that. The construction is located in Izmir, Turkey. It is the result of a collaborative effort, initiated from a "wood design and construction workshop" that transpired in five days. The project was led by Sebastian Erazo and Stefano Pugliese. It employed students from the faculties of interior architecture and industrial design.
The simple pavilion consists of three elements — a roof, a wall ad a bench. In Turkish, 'Geçit' means a "portal, passage, or gateway." The structure is designed to occupy public spaces and to give individuals the chance to relax, contemplate and embrace an aura of mindfulness.
For the construction of the simple pavilion, the workshop leads and the students utilized pine and reclaimed agriculture mesh fabrics.
Key Themes Behind This Trend
- Collaborative Construction
- The Geçit pavilion was built through a collaborative effort, highlighting the trend of community-based construction projects.
- Public Mindfulness Spaces
- The Geçit pavilion provides individuals with a space to relax and embrace mindfulness, reflecting the trend of creating public spaces dedicated to mental well-being.
- Sustainable Design
- The use of reclaimed agriculture mesh fabrics in the construction of the Geçit pavilion reflects the trend of incorporating sustainable design principles in architectural projects.
Where This Applies
- Architecture
- The collaborative construction approach used for the Geçit pavilion presents an opportunity for architects to explore new methods of community involvement in their projects.
- Wellness
- The creation of public mindfulness spaces, like the Geçit pavilion, presents opportunities for the wellness industry to provide services and products that enhance mental well-being in urban environments.
- Sustainable Materials
- The use of reclaimed agriculture mesh fabrics in the Geçit pavilion showcases the potential for the sustainable materials industry to develop and market environmentally friendly construction materials.
