Nestled in the picturesque town of Maurice, Quebec, Canada, Résidence des Forge is a stunning private dwelling that seamlessly blends with the breathtaking surroundings of the St. Maurice River.
The architects behind the design, Bourgeois / Lechasseur, drew inspiration from Les Forges du Saint-Maurice, a vital industrial complex in Canada’s early 18th century, to pay homage to the region’s rich history and cultural heritage.
The building perches 55 meters above the cliff’s erosion zone, creatively navigating zoning restrictions and maximising the site’s features. The structure reveals itself amid towering pines, adds to the sense of discovery and immersion in the natural landscape.
Canadian black spruce plank cladding and knot-free cedar slats are significant design elements. The black spruce planks offer visual neutrality, connecting to the landscape, while cedar slats provide warmth and contrast.
The residence comprises three wings built on a natural stone base, each supported by a primary steel framework and a secondary timber structure. The second-floor houses living spaces and a master suite, while the first floor accommodates the garage, utility rooms, and guest quarters.
The architect’s ability to create visually appealing, functional, and contextually sensitive spaces is evident throughout the design. The use of sustainable materials such as timber demonstrates the potential for contemporary architecture to minimize environmental impact while providing practical benefits such as natural insulation and moisture resistance.
The building’s design is optimised for natural light and ventilation, reducing reliance on artificial lighting and air conditioning. Large windows frame views of the surrounding landscape, and the living area extends onto a deck.
The project’s commitment to environmental responsibility is further evidenced by the incorporation of water-saving fixtures, appliances, and native plants in the landscaping plan.
The incorporation of native plants and materials in the landscaping plan not only reduces water consumption but also supports local biodiversity, further enhancing the residence’s connection to its surroundings.
