OMA and Buro Happold designed the centerpiece of the district with a two-story structure that brings together a tertiary teaching hospital, a women’s and children’s hospital, and an ambulatory diagnostics center, with a total capacity of 1,400 beds. Clinical facilities occupy the first floor; bed wards are located on the ground floor, reducing the dependency on elevators and allowing patients to enjoy the complex’s generous gardens – healing spaces with a long history in Islamic medical architecture.
Cross-shaped modular units, prefabricated on-site, can be reconfigured and expanded with minimal disruption to ongoing processes, significantly lowering the cost of future adaptations.
3D printing allows for endless variations in the design of the facades, reintroducing ornament in an architectural typology usually characterized by austerity. A high-tech farm supplies food and medical plants for the local production of medicine. All supporting facilities are connected to the hospitals by an automated underground circulation system. A dedicated logistics center and solar farm enable the district to function autonomously.
Buildable at low cost, with minimum reliance on global supply chains, the Al Daayan Health District aims to establish itself as a prototype that can be adopted globally – an alternative to prevailing hospital models developed in the West.
Hamad Medical Corporation (HMC) is the main provider of secondary and tertiary healthcare in Qatar, and one of the leading hospital providers in the Middle East.
Al Daayan Health District by OMA and Buro Happold. Image courtesy of HMC
Al Daayan Health District by OMA and Buro Happold. Rendering by Tegmark, courtesy of OMA.
Project description by OMA
In the context of rapidly advancing medical innovation, a rethink of the hospital becomes an urgent priority. The Al Daayan Health District presents the perfect opportunity. Located on a 1.3-million-sqm virgin site between Qatar University and the new Lusail City, it offers the possibility for a new symbiosis between architecture and medical science.
A tertiary teaching hospital, a women’s and children’s hospital, and an ambulatory diagnostics center, with a total capacity of 1,400 beds are joined into a single structure. Clinical facilities occupy the first floor; bed wards are located on the ground floor, reducing the dependency on elevators and allowing patients to enjoy the complex’s generous gardens – healing spaces with a long history in Islamic medical architecture.
Cross-shaped modular units, prefabricated on-site, can be reconfigured and expanded with minimal disruption to ongoing processes, significantly lowering the cost of future adaptations. 3D printing allows for endless variations in the design of the facades, reintroducing ornament in an architectural typology usually characterized by austerity. A high-tech farm supplies food and medical plants for the local production of medicine. All supporting facilities are connected to the hospitals by an automated underground circulation system. A dedicated logistics center and solar farm enable the district to function autonomously.
The Al Daayan Health District was commissioned by Hamad Medical Corporation, Qatar’s premier not-for-profit healthcare provider. Buildable at low cost, with minimum reliance on global supply chains, it aims to establish itself as a prototype that can be adopted globally – an alternative to prevailing hospital models developed in the West.