The 1000-bed Integrated Health Campus brings together the Main Hospital and supporting healthcare facilities within a topography-driven masterplan. Its articulated massing, separated circulation systems, and daylight-oriented spaces create an efficient and welcoming healthcare environment.

The 800-bed Integrated Health Campus brings together the Main Hospital and specialized healthcare facilities within a horizontally organized campus. Its north-south organization, clear circulation hierarchy, and restrained architectural language create an efficient and welcoming healthcare environment.

The 100-bed Rize Güneysu Hospital Campus brings together the General Hospital, Psychiatric Hospital, and Technical Service Building within a landscape shaped by steep topography, forest, and the Güneysu Stream. Regional materials, landscaped courtyards, and human-scale spaces create a calm and context-sensitive healthcare environment.

The 1180-bed Kocaeli Integrated Health Campus brings together four specialty hospitals around a central diagnostic block and two patient towers. Its topography-responsive design uses multi-level entrances and separated circulation systems to ensure efficient movement for patients, visitors, staff, and emergency services.

The clients, who make frequent meetings with their friends, wanted a kitchento be in the middle of the organised events, despite eating out daily

The 900-bed Samsun Integrated Health Campus combines the Main Hospital and Technical Service Building within a topography-responsive, earthquake-resistant design. Its central diagnostic block, two bed towers, and separated circulation systems provide efficient access across four specialty hospitals.

The Ordu University Faculty of Medicine Morphology Building brings together education, academic, and conference facilities in a topography-driven design. Multi-level circulation, daylight-oriented spaces, and shared social areas create a connected, student-centered academic environment.

The 1000-bed Denizli Integrated Health Campus features a topography-responsive, earthquake-resistant design. Its central diagnostic block and two bed towers provide efficient circulation across the sloping site.

Located within the Historical City Walls World Heritage site, the 400-bed Pulmonology Hospital responds to its historic setting and existing healthcare campus. Its topography-driven organization, articulated massing, and landscaped public spaces create a context-sensitive healthcare environment.