
VOCATIONAL EDUCATION CENTER
Vocational Education Center is conceived as an inclusive educational environment that brings together users with diverse social, economic, and experiential backgrounds. The project approaches education not as a fixed institutional condition, but as a dynamic and continuous process. In this context, the building accommodates a wide range of programs including vocational training, educator development, and professional upskilling within a flexible and adaptive spatial framework. Through its strong relationship with nature and emphasis on interaction, the project aims to create a holistic learning environment.


One of the primary spatial ideas of the project is the introduction of inner gardens positioned between the classrooms. These gardens are not treated merely as open spaces, but as integral components of the learning environment. By establishing visual and physical connections between different units, they enhance interaction and create a more permeable spatial organization. At the same time, they improve environmental quality by bringing natural light and fresh air into the learning spaces. This approach supports the idea that learning extends beyond enclosed classrooms and continues through diverse spatial experiences.
The project reinterprets the conventional school typology by shifting from a rigid separation of building and open space to a courtyard-centered organization. In this model, the building is structured around a central open space, with all units directly relating to it. The courtyard becomes a focal point for circulation, gathering, and informal learning. Rather than serving solely as a transitional space, it functions as a social and spatial core that encourages interaction, accessibility, and engagement. This transformation results in a more open, connected, and nature-integrated educational environment.


Another key idea of the project is the use of three distinct modular unit types that generate spatial diversity through their combinations. Each unit is designed to respond to different functional and spatial requirements, and their aggregation creates various cluster configurations. This system allows flexibility and adaptability, enabling the building to respond to different programmatic needs and future changes. The clustering strategy also supports the formation of open and shared spaces within each group, enriching the user experience and strengthening collective learning environments.

RENDERINGS

PROJECT FACTS
LAND
Location Ankara, Türkiye
Land Area 17.000 m²
PROJECT DATE
2025
PROJECT DATA
Total Construction Area 11.000 m²
Total Landscape Area 6.000 m²
PROJECT TEAMS
Architectural Project Yazgan Design Architecture
Interior Design Project Yazgan Design Architecture
3D Image Credits Yazgan Design Architecture
Landscape Design Project Yazgan Design Architecture
























