OMA unveils visionary design for the Hospital of the Future, integrating technology and human-centric approach

The Office for Metropolitan Architecture (OMA) and Squint/Opera has unveiled a prototype for a low-rise hospital that explores the potential of modularity, prefabrication, and automation in relation to the rapid changes occurring in medical science. The prototype was developed as part of the Al Daayan Health District Masterplan commissioned by Hamad Medical Corporation (HMC). Designed by OMA together with BuroHappold, the prototype presents an urgent rethink of hospital design in the context of rapidly advancing medical innovation.

The Al Daayan Health District, located on a 1.3-million-sqm virgin site between Qatar University and the new Lusail City, offers the possibility for a new symbiosis between architecture and medical science. The prototype includes a tertiary teaching hospital, a women’s and children’s hospital, and an ambulatory diagnostics centre, with a total capacity of 1,400 beds, all joined into a single structure. The first floor is dedicated to clinical facilities, while bed wards are located on the ground floor, allowing patients to enjoy the complex’s generous gardens, which have a long history in Islamic medical architecture.

The hospital’s cross-shaped modular units are prefabricated onsite and can be reconfigured and expanded with minimal disruption to ongoing processes, significantly lowering the cost of future adaptations. 3D-printing technology allows for endless variations in the design of the facades, reintroducing ornament in an architectural typology usually characterized by austerity. The hospital also includes a high-tech farm that supplies food and medicinal plants for the local production of medicine. All supporting facilities are connected to the hospitals by an automated underground circulation system. The district also includes a dedicated logistics centre and solar farm, enabling it to function autonomously.

The hospital’s modularity and prefabrication allow for flexibility and adaptability, which is essential in the rapidly changing world of medical science. The use of 3D-printing technology also introduces a new level of design freedom, allowing for the reintroduction of ornament in a typology that is usually characterized by austerity. The hospital’s gardens provide an important healing space, and their incorporation into the design reflects the long history of Islamic medical architecture.

The hospital’s innovative design also includes a high-tech farm that supplies food and medicinal plants for the local production of medicine. The inclusion of this facility further emphasizes the hospital’s self-sufficiency and autonomy, and it also demonstrates the potential for architecture to facilitate sustainable living.

Overall, the Al Daayan Health District Masterplan presents an urgent rethink of hospital design in the context of rapidly advancing medical innovation. The hospital’s modularity, prefabrication, and automation make it adaptable, flexible, and sustainable. The use of 3D-printing technology also allows for endless variations in design, reintroducing ornament in a typology that is usually characterized by austerity. The inclusion of gardens and the high-tech farm also reflects the long history of Islamic medical architecture and demonstrates the potential for architecture to facilitate sustainable living.