There's a moment in every construction project when the framing goes up and the clients see their space at full scale for the first time. They walk the empty floor. They look up at the ceiling height. They stand at the kitchen and look toward the living room. And very often, they want something different than what the design documents show.
This shouldn't be a catastrophe. But in traditional construction models where the architect disappears when framing begins and the contractor makes all site decisions, it becomes a catastrophe. Change orders cascade. The client feels their design isn't working. The contractor feels the design is being disregarded. Everyone's unhappy.
The design-build model solves this differently. The architect stays on site during framing. The client's reaction to the full-scale space is managed collaboratively in real time.
What Actually Happens at Framing
The moment when framing is complete and sheathing goes on is when the client can see their space. Not as drawings. Not as a model. As an actual three-dimensional volume with their exact dimensions. And that's when they realize things like: "The kitchen feels smaller than I imagined," or "The ceiling height feels imposing," or "I want the window to be larger," or "The relationship between these two rooms doesn't feel right."
These reactions are valid. The drawings were accurate. But drawings are abstract. Full-scale reality is not. The client is experiencing their home for the first time. It's appropriate that they have reactions.
The Integrated Response
When the architect is on site during framing, changes can be evaluated immediately. A wall shift? The structural engineer is already there. A window size change? The architect can assess impact on daylighting and view. A request to move a door? The impact on traffic flow can be evaluated before the wall goes closed.
Some changes are free. A door moving two feet costs essentially nothing at framing stage. Some cost money. A window change might require new headers or different framing. Some are impossible. Changing ceiling height after the structure is up isn't feasible. But all of it can be evaluated and explained in real time.
More importantly, the architect can make educated recommendations. "You want the kitchen to feel larger? We can open the sightline further into the living room without structural impact. Here's how."
Real Example
On an Evergreen residential project, the master bedroom ceiling height looked lower than planned. The drawings showed 9 feet. But with the furniture layout and the angle of sight, the room felt cramped. The client mentioned it casually to the architect who was on site. The architect looked, agreed it felt off, and realized the issue: the bedroom window had been sized based on a skyline view, but the client would see the window at eye level, which made the room feel smaller.
Solution: move the window higher on the wall, reducing glass but changing the proportion. Cost: approximately $2,000 in new framing and trim. If this conversation had happened via change order after the walls were sheathed, the cost would have been $8,000 or the client would have accepted a space that never felt right.
That's why the architect needs to be there. Not to prevent changes. To make them economical and intelligent when they happen.
The Budget Conversation
Good design-build practices account for framing-stage adjustments. We budget roughly 3-5% for this phase, understanding that client reaction to full-scale reality is legitimate and valuable data. Some of that contingency gets used. Some doesn't. Either way, everyone understands that this phase is collaborative refinement, not a deviation from plan.
The alternative — locking the design completely and then change-ordering everything that the client reacts to — is expensive and adversarial. When the architect is on site, the relationship is collaborative instead of oppositional.
The final point: the design improves because of this process. Yes, sometimes requests come from the client's preference. But often they come from valid spatial perception that the drawings didn't fully capture. When the architect is there to address those perceptions in real time, the final built space is closer to what the client actually wanted than the design documents might have been.