Lauremont School Bayview Campus

Location: Richmond Hill, ON, Canada

Category: Learning

Scope: Architecture, Master Planning, Interior Design

Client: Lauremont School (formerly TMS)

Architect: Farrow Partners

Photo Credit: Tom Arban

Awards: Canada Wood Council – National Design Award 2021

Canada Wood Council – Ontario Wood Works Mass Timber Design Award 2021

The new 22,500 sq.ft addition to the Lauremont School Bayview Campus features a new entrance, reception lobby, gymnasium, student common space, administrative offices, and a shipping and receiving area. Shaped as a semi-circle, the new addition cradles the garden plaza in front of the building marking the new main entrance to the lower school. Adorning the exterior curve of the building is a 230ft long glue-laminated timber canopy that provides a continuous covered walkway and an area for seating. The new addition was designed to reflect Montessori values of learning through materials, by providing an environment that promotes self-directed engagement with the warm and tactile timber.

Once inside, the reception lobby and common space is framed by a series of three-point glue-laminated timber arches positioned along the arc of the semicircular plan. Springing from the floor and rising 21ft, these feature arches provide an opportunity for direct contact to the materiality of the structure. Branching from these arches in a network of triangular patterns are a series of glue-laminated struts that supports the main roof beams. The mix of circular and fractal triangular shapes along the radial plan allows one to see the variation that occurs across the same arches from different points along the semicircle. The skylight and the triangular windows that punch through the south facade allow light to stream into the space all day. This constant access to natural light means that as the sun moves the shadows cast by the timber structure dance across the space accordingly. This creates a perceptual positive ambiguity, which stimulates the mind as it traces the crisp corners of the triangles and the sensual edges of the curves.