Location: Aviara | Carlsbad, CA
Sanctum explores the concept of Lignum & Flame, the deliberate synthesis of warm architectural timber, raw masonry mass, and controlled combustion within a sheltered outdoor envelope. The spatial design establishes an uninterrupted threshold between interior living areas and an exterior pavilion via multi-panel bifold door systems. The layout organizes culinary, lounge, media, and hydrotherapy zones beneath a unified ceiling plane, creating a highly functional outdoor room calibrated for microclimate control and evening utility.
Monolithic Bar and Clinary Station
A cast-in-place waterfall concrete counter with a smooth-troweled finish serves as the culinary anchor. Integrated with concealed under-bar LED accent lighting and custom stainless-steel grill equipment, the structural assembly is anchored directly to the sub-slab foundation to accommodate point loads and manage thermal differential expansion.
Covered Pavilion and Timber Soffit
The sheltered structure utilizes a warm, hardwood ceiling soffit with integrated flush-mounted linear LED lighting and media wiring. Vertical structural posts regulate sightlines while framing the floor-level transition from indoor hardwood to exterior concrete flatwork.
Linear Thermal Feature
The media wall transitions into a custom, smooth white plaster linear fire bench. Built over a fire-rated refractory substrate, the feature houses a high-output gas burner embedded in a black lava rock matrix. The assembly integrates concealed gas supply conduits and heat-shielding layers adjacent to the wood-clad wall.
Floating Concrete Threshold
The entry procession explores threshold circulation through a sequence of oversized, cast-in-place concrete treads floating within an integrated turf matrix. Engineered with subterranean blind footings and perimeter undercut reveals, each slab resists differential settlement while balancing heavy architectural mass. Mortised low-voltage LED linear fixtures illuminate the ascending cadence, concealing electrical components directly within the core concrete pour.