This project involved replacing an existing CT machine in a hospital with a new biplane interventional radiology system. The new equipment required more space, increased power, and additional supporting devices, presenting significant spatial and technical challenges to the project team. In response, the GC, MEP, and structural engineers were brought onto the project early, utilizing a design-assist project delivery method. This early collaboration was key in working through the complex spatial constraints to develop creative layout solutions.

Because of the technical requirements for an IR setting, the room design had to accommodate a large amount of miscellaneous equipment, necessitating dual-purpose elements (e.g., doors functioning as whiteboards) and custom mounting solutions for monitors and TVs to maximize the limited wall space. Structural modifications were required to support the sensitive imaging equipment, with careful integration of mechanical, plumbing, and electrical systems to avoid interference and maintain equipment stability, especially given the occupied floors above. Because of its location within the hospital, this project was able to implement a temporary door in an unoccupied corridor to minimize disruption to surrounding areas.

The team was careful to balance staff workflow needs with code compliance and spatial limitations; high-level coordination was essential for the efficient placement of controls, switches, and panels. Ultimately, the construction administration process greatly benefited from the early team coordination, resulting in minimal changes during construction.