Unified design-build integration.
We eliminate the friction between architect and builder by self-performing structural engineering and custom millwork under a single transparent system.
100%
Self-performed steel
Zero
Sub-contractor friction
Our systematic approach
Structural Alignment
Bespoke Fabrication
Unified Execution
We integrate engineering with architectural design early, resolving load paths and permit schedules before breaking ground.
Our team self-performs heavy framing, structural steel, and custom interior millwork in our dedicated Seattle workshop.
With a single point of contact and real-time project tracking, we coordinate every trade to guarantee your opening date.
Transparent Tracking
How we eliminate construction risk
Every project is managed via a live digital ledger. You see daily site logs, material receipts, and real-time schedule updates with zero surprises.
By self-performing structural engineering and interior millwork, we control the critical path of your renovation. We do not rely on third-party schedules or volatile sub-contractor pricing.
One point of contact. Absolute accountability.
Frequently asked questions
What does self-performing mean?
Do you handle historic preservation?
It means our own employed carpenters, steel fabricators, and millworkers execute the critical structural and finish work, rather than outsourcing to unknown sub-contractors.
Yes. We stabilize historic masonry and timber framing while integrating modern structural steel, honoring the original architectural envelope.
How is project communication managed?
How do you guarantee completion dates?
You get one dedicated project manager and access to our live management system, providing daily updates, photos, and budget tracking.
By integrating structural engineering with the permit schedule and self-performing key trades, we control the timeline directly and mitigate external delays.
Plan your structural renovation.
Schedule a consultation with our engineering and design team to align your timeline, budget, and architectural goals.