Services
Design Coordination
Medical equipment is one of the largest capital investments in any healthcare facility, yet equipment requirements are often an afterthought in the design process. Maia Consulting ensures equipment needs drive design decisions from the very first programming session, preventing the costly redesigns and field changes that result from late-stage equipment coordination.
Coordinating Equipment With Design
Our equipment planners work alongside architects, interior designers, and engineers throughout every design phase. We translate clinical equipment needs into actionable design criteria that inform room sizing, structural requirements, and building system design.
- Programming phase — identifying major and minor equipment that drives room dimensions, adjacencies, and infrastructure capacity
- Schematic design — producing preliminary equipment layouts to validate room sizes and confirm critical infrastructure requirements
- Design development — developing detailed equipment placement drawings with utility rough-in coordinates and structural load data
- Construction documents — finalizing equipment schedules, specifications, and coordination drawings for bidding and permitting
- Construction administration — reviewing submittals, responding to RFIs, and updating equipment documentation as field conditions evolve
The Cost of Late Coordination
When equipment coordination is deferred to late design phases or construction, the consequences are predictable and expensive. Rooms that are too small for their intended equipment. Electrical panels without capacity for imaging systems. Floors that cannot support equipment weight. These issues result in change orders, schedule delays, and compromised clinical functionality. Our early and continuous coordination approach eliminates these risks, saving project teams time and money while delivering spaces that work exactly as intended.
Frequently Asked Questions
What is medical equipment design coordination?+
Medical equipment design coordination is the process of integrating equipment requirements into the architectural and engineering design of a healthcare facility. It ensures that rooms are sized correctly for their intended equipment, structural systems can support equipment loads, and mechanical, electrical, and plumbing systems provide the utilities each piece of equipment requires. Without dedicated equipment coordination, facilities risk rooms that cannot accommodate their intended clinical function.
How does equipment planning affect room sizing and layout?+
Every piece of clinical equipment has specific spatial requirements — not just its physical footprint, but clearances for patient access, staff workflow, service access, and code-required egress. An MRI suite, for example, requires a carefully planned RF-shielded room, equipment room, control area, and patient prep space. Our coordination process ensures room dimensions, door widths, ceiling heights, and floor load ratings accommodate the planned equipment from the earliest design phases.
When should equipment design coordination begin in a healthcare project?+
Equipment coordination should begin during programming, before room sizes are finalized. At this stage, we identify major equipment that drives room dimensions and infrastructure requirements. Coordination intensifies during schematic design and design development, when we produce detailed placement drawings and utility requirements. Starting early is critical — changes made during programming cost a fraction of changes made during construction documents or, worse, during construction.
How do you coordinate between equipment needs and MEP engineering?+
We provide MEP engineers with detailed utility requirement schedules for every piece of planned equipment — including voltage, amperage, phase, circuit type, plumbing connections, medical gas outlets, HVAC requirements, and data network needs. These requirements are issued at each design milestone so engineers can size distribution systems appropriately. We review MEP drawings to verify that rough-in locations match equipment connection points and that capacity is adequate.