Client: King Abdullah University Hospital
Location: Irbid - Jordan
Services Provided: Design Competition, Architectural & Engineering Design
Plot Size: Approximately 8,840 m²
Total Built-up Area: Approximately 2,900 m²
Construction Cost: 6,000,000 JOD
Start Date: December 2015
Completion Date: March 2016
Challenge:
King Abdullah University Hospital (KAUH) sought to expand its facilities with a new Radiotherapy Center that would seamlessly integrate into the existing hospital’s architecture and planning. The project faced the challenge of ensuring that the center’s design adhered to stringent radiotherapy requirements while accommodating the needs of patients and staff. Proper shielding of radiation equipment, efficient spatial planning, and future-proofing for potential vertical and horizontal expansions were critical considerations.
Approach:
The design concept focused on creating a facility that met both functional and aesthetic requirements. The center was planned as an extension of the existing hospital, directly connecting the outpatient clinics, chemotherapy department, and radiotherapy department through a central lobby with dedicated waiting and reception areas for each. The radiotherapy bunkers were strategically located above grade to ensure optimal shielding and ease of maintenance. Surrounding these bunkers with three sides of green-planted berms not only enhanced the healing environment but also provided a natural barrier for pedestrian pathways. The design also anticipated future expansions by allowing for vertical and horizontal growth without disrupting current operations.
Impact:
The completed Radiotherapy Center at KAUH successfully achieved the hospital’s goals of providing state-of-the-art treatment facilities while maintaining architectural continuity with the existing structure. Patients now benefit from a welcoming environment that supports their physical and emotional well-being, while hospital staff work in a facility that is both functional and efficient. The inclusion of green berms and careful spatial planning not only ensured safety and compliance with radiotherapy standards but also created a space that fosters trust and comfort. This project represents a forward-looking approach to hospital design, blending advanced medical technology with thoughtful, patient-centric architecture.
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