
ÜSKÜDAR AMERICAN ACADEMY
The proposal for the Üsküdar American Academy campus reinterprets the existing fabric through a flexible masterplan framework that supports evolving educational models while maintaining spatial continuity. Developed in three phases, the project introduces a multi-functional building addressing primary needs such as an auditorium, sports hall, dining and arts spaces; a STEM building dedicated to science and technology; and a dormitory that completes the campus program. Each phase is conceived as part of an integrated whole, ensuring coherence in both architectural language and landscape strategy.





At the core of the proposal is an integrated platform that acts as a unifying ground plane, connecting existing and proposed buildings, open spaces, and circulation networks. By linking pedestrian flows, the platform establishes a continuous spatial system that integrates built structures with the campus’s dense green texture. Voids carved into this surface form inner gardens that extend into building masses as spatial fissures, enhancing permeability, daylight, and the relationship between interior and exterior.




The project embraces contemporary learning approaches by expanding education beyond enclosed classrooms into open areas defined as active learning environments. This spatial continuity is supported by adaptable layouts and porous boundaries that encourage social interaction and interdisciplinary exchange. The landscape strategy reinforces this approach through shaded gathering areas, outdoor learning zones, experimental gardens, exhibition spaces, amphitheaters, and rainwater harvesting elements embedded within the platform.

Architecturally, the proposal adopts a restrained and context-sensitive language, aligning with the campus’s historical and natural layers while prioritizing the enhancement of shared open spaces. Multi-purpose courts are designed to accommodate both sports and large-scale events, with the adjacent platform surface transforming into an amphitheater, strengthening the integration of collective activities into everyday campus life.
PHYSICAL MODEL




PROJECT FACTS
LAND
Location Istanbul, Turkey
CLIENT
SEV
PROJECT DATE
2025
PROJECT DATA
Total Construction Area 17.238 m²
PROJECT TEAMS
Concept Design Yazgan Design Architecture
Architectural Project Yazgan Design Architecture
3D Image Credits Yazgan Design Architecture
Landscape Design Project Yazgan Design Architecture
Interior Design Project Yazgan Design Architecture









