Brad Laughton

The project, from its initial discourse, forced the project stakeholders to reframe sustainability beyond LEED standards to encompass the ecological context of the island: its unique energy needs, its rain forest climate, the riparian flood plain, harsh weather conditions and local materials that would define the project and its ambitious goals. An ecological or “eco-systemic” thinking emerged as the basis for the project’s critical approach. A strict energy independence for the home itself was a given, calling for a 7.5 K photo voltaic array, electric boilers, LED fixtures, and radiant heating throughout, permitting “off grid” habitation through the frequent blackouts caused by storm conditions. From there the design brief went deeper into local materials, their maintenance and long term weathering capacities, and to the embodied energy in each. Sustainability was integrated from the small scale of engineered flooring, fiber reinforced concrete, and monolithic plastic paneling, to the macro scale of exposed fly-ash concrete, and Douglas fir cladding, and overall deployment of structures and systems.

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The building was designed in deliberate harmony with the complex riparian ecosystem, its cycles and re-establishment patterns, in order to leverage the site’s qualities in a careful and sensitive manner to ensure the project long-term stewardship of the site and waterfront. The low profile vegetated Sea Wall was built completely from local stone and, in collaboration with the Federal Oceans and Fisheries Department, was carefully engineered to counteract coastal erosion by building up the existing littoral zone and beachfront while eventually being subsumed and forming part of the existing Natural Boundary.

Brad Laughton

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SITE: Comox, British Colulmbia / SIZE: 8,700 sq. ft.

SCOPE: Single Family Residence and Guest House

DATE: Completed 2014

The project’s architecture further responds to sensitive coastal habitat by deploying special footings, building temporary padded access roads during construction, and developing a complex water re-distribution system to affect an “invisible footprint”. The ground below the house is undisturbed allowing the native surface to remain while tidal and flood energies pass uninhibited over the site as they had before. Roof-collected rainwater is funneled to the surrounding trees through an inverted branching irrigation system. With the collaboration of local arborists and native ecologists these methods preserved and protected the site’s 350+ year old Douglas Fir trees and a 4000 square foot native intensive green roof was installed over the main structure.

The project employed a strategy of “Slow Building” preparing the site’s landscape infrastructure over a four year period as the house was incrementally constructed to avoid habitat disruption, and facilitate the continued preservation of the site’s ecology.

From careful tree pruning and protection, ecological asset evaluation, the construction of special “floating” roadways for machinery, the initial sea wall preserving the riparian eco-tone, to the hand excavation and surveying of existing roots before engineering the main house platform. Each step was methodically taken to avoid disruption thus ensuring a sustaining approach to the site’s greatest asset – itself.

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