Good design decisions don't fail. The systems that communicate them do.
Are you prepared for what’s next in AECO?
My job is to be the keeper of the vision.
When a healthcare client brings us a concept for a new facility, what they're really entrusting us with is a promise — to their patients, their staff, and their community. My role as a medical planner is to carry that intent from the first user meeting all the way through to when the doors open.
That's harder than it sounds. And for a long time, the tools available to do it weren't good enough.
The gap between the meeting and the model
Design is messy. It's iterative. We go into stakeholder meetings and everyone agrees on a layout. Then a new clinician joins — someone who will actually be working in this facility — and they have different requirements. The layout needs to change.
That's not a failure of the design process. That's the design process working correctly. The failure happens in what comes next. When that change doesn't reach the construction team clearly. When the detailer who has already coordinated that corridor finds out about the revision through a model update rather than a conversation.
On our Sutter Health project, we were coordinating three floors simultaneously on a six-week cycle. The pace of change was real. And the information systems we had — weekly PDF heat maps, big-room report-outs, email chains — were not keeping up with it.
What changed when we could see everything in Revizto
Praseedha Subramanian and I built the design fixity workflow together using Revizto, and what it gave me as a designer was something I hadn't fully appreciated until I had it: accountability.
When every pending design decision is visible to the whole team with a schedule date attached, you feel the cost of your outstanding items. I could see which rooms were blocked waiting for input from my side. The feedback loop shortened. Better information, arriving faster, made better design decisions possible.
The Unified 2D/3D Environment was central to that. When a design change was made, it was immediately visible in both the drawings and the model — not in next Friday's PDF, not in a model update that arrived without explanation, but in real time, in context, with the coordination status attached. That's what made the information flow bidirectional rather than one-way.
What I'd tell every architect on a fast-track project
Don't wait for construction to start before thinking about how your design decisions communicate to the build team. Build the feedback loop from day one.
The information flow needs to go in both directions. Not just design pushing decisions to construction, but construction informing design with real constraints from the field. The detailer who tells you she can't give you six inches of clearance in a specific condition is not obstructing the design. She's making it better.
That's how design intent survives contact with construction reality. And that's how a building becomes what it was promised to be. The Connected Project Intelligence capabilities in Revizto — the dashboards, the live reporting, the API connections — are what make that kind of real-time visibility possible at the scale of a complex healthcare campus.
If you want to see how this approach could work on your next healthcare project, talk to the Revizto team today.
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FAQs
Design intent in construction refers to the original vision and functional requirements established during the design phase, which must be preserved as the project moves through coordination, detailing, and construction. Protecting design intent requires a clear information pathway between the design team and the construction team — one that communicates not just what decisions have been made, but when they were made and what their downstream implications are for work already in progress.
Poor information flow between design and construction teams is one of the leading causes of rework, coordination failures, and schedule overruns on complex projects. When design changes are communicated through periodic reports, model updates, or informal channels rather than a shared live environment, the construction team continues working against information that is no longer current. Real-time visibility of design decisions — tied to the coordination status of affected elements — is the most reliable way to reduce the lag between a design change and a construction team's ability to respond to it.
Medical planners on complex healthcare projects increasingly use BIM coordination platforms that provide a shared real-time environment for both design and construction teams. Tools that support custom issue workflows, color-coded status dashboards, and live 2D/3D navigation allow medical planners to track which design decisions are confirmed, which are pending, and which are creating downstream constraints for the construction team — replacing periodic PDF reporting with a continuously updated shared view of the project.
Managing design changes on a fast-track construction project requires a system that makes the status of every design decision visible to every team member in real time. This means moving away from weekly reporting cycles toward a live dashboard approach, where each pending decision carries a schedule date and a visible indication of the construction activity it is constraining. When the cost of a delayed decision is visible to the person responsible for making it, the feedback loop between design and construction accelerates.
A medical planner's role in BIM coordination on a healthcare project is to ensure that the functional and clinical requirements established during design are preserved as coordination decisions are made. This involves active participation in the coordination process — not just reviewing deliverables, but monitoring which design decisions are still outstanding and communicating their impact on construction progress. On projects where coordination begins before design is complete, the medical planner serves as the connection between the evolving design intent and the construction team's need for certainty.
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