Close-up of a Douglas-fir timber joint with traditional wooden pegs, soft overcast daylight, architectural precision.
Close-up of a Douglas-fir timber joint with traditional wooden pegs, soft overcast daylight, architectural precision.
TECHNICAL CAPABILITIES

Engineering permanent structures

We execute complex architect-led projects across the Pacific Northwest, combining heritage timber-frame joinery with certified net-zero building science for multi-generational durability.

CORE CAPABILITIES

Dual-discipline execution

Our team bridges the gap between traditional structural timber framing and modern building physics, delivering high-performance envelopes that stand for eighty winters.

HERITAGE JOINERY
BUILDING SCIENCE

Timber framing

Net-zero envelopes

Traditional mortise and tenon joinery using site-harvested timber. We leave structural elements exposed to celebrate raw material integrity and precise craftsmanship.

Certified high-performance building envelopes engineered for absolute thermal efficiency. We execute deep-energy retrofits and advanced airtight assemblies.

COLLABORATIVE METHOD

Architectural alignment

We resolve complex structural details long before ground-break. Our open-book cost model ensures financial alignment, eliminating friction between design and execution.

STAGE 01
STAGE 02
STAGE 03

Pre-construction

Open-book pricing

Structural hand-off

Sourcing transparent subcontractor bids with zero hidden markups, establishing absolute trust before breaking ground.

Collaborating with architects to review tolerances, model timber joinery, and finalize the airtight envelope strategy.

Raising the timber frame and sealing the high-performance envelope to pass rigorous certified airtightness testing.