Montgomery Sisam Architects and Moriyama Teshima Architects wrap Sheridan College Student Life Centre with aluminum shades


Architect:
Montgomery Sisam Architects, Moriyama Teshima Architects
Location:
Mississauga, Ontario
Completion Date:
2022

In a joint venture, Montgomery Sisam Architects and Moriyama Teshima Architects designed the Student Life Centre, a building on Sheridan Colleges Hazel McCallion campus in Mississauga, Ontario. The structure achieved high thermal efficiency through the use of aluminum fins across its south and west-facing elevations.

The recreational building, known as Phase 2A, physically connects with Phase 2, an academic building completed by the two firms in 2018. The buildings are part of Sheridan Colleges Hazel McCallion campus expansion.

The Student Life Centre is connected to Phase 2, an academic wing
The Student Life Centre (left), is physically connected to Phase 2 (right), an academic wing that was also designed by the two firms. (Doublespace Photography)

“We had a really great relationship with Moriyama Teshima Architects,” said Enda McDonagh, principal at Montgomery Sisam Architects. “We collaborated to the extent that we relocated a team in their office for a period of time, and then they relocated people in our office for a period of time. So we shared resources, shared offices, and developed the project that way,” he said.

In terms of athletic facilities, the Student Life Centre houses a fitness center, gymnasium, and an indoor track that wraps one of the structures upper levels. In addition, the building contains study and club rooms, a cafeteria, and administrative offices.

Scholars’ Green Park, a public space in front of the building
The Student Life Centre shares its site with Scholars Green Park, a public space criss crossed by pedestrian walkways. (Doublespace Photography)

Located near the center of car-centric downtown Mississauga, the newly expanded campus was designed to be pedestrian friendly and engage with the public realm. The two new buildings cede nearly half of the site to Scholars Green Park, a park intended for student and public use. Importantly, the park and campus-at-large are sited at the intersection of 11 bus lines as well as a planned light rail line.

glass-enclosed atrium occupies the ground floor of the building
A glass-enclosed atrium occupies the ground floor of the building. (Doublespace Photography)

The Student Life Centre was designed to complement its predecessor, Phase 2, with a size appropriate to the scale of the surrounding park. On the buildings ground floor, glazing encases a double-height gathering space with wood-paneled wall and ceiling surfaces. This detail was continued on the exterior, along the soffit of a cantilevered overhang that shades the glass atrium.

While the first two levels are all glass, the upper floors were designed with greater opacity, faced with standing-seam aluminum sheets and more selective spans of glazing.

aluminum fins
Vertically oriented aluminum fins were incorporated across glazing spans to provide shading. (Doublespace Photography)

“Sheridan College was very focused on envelope quality, which was great for us,” added McDonagh. “The three of us [Montgomery Sisam Architects, Moriyama Teshima Architects, and Sheridan College] were very much aligned on the goal of having a really rock solid thermal envelope.”

Of the buildings three elevations—north, south, and west-facing—the south and west orientations were most vulnerable to solar heat gain and glare. To counteract this, these portions of the facade utilized greater opacity and, where glazing was necessary, incorporated vertical aluminum fins to create shade. Depending on orientation, the fins were applied at 45 or 90 degree angles. In addition to these strategies, the projects glazing incorporates a low-e coating and ceramic frit to further reduce solar heat gain.

The building has achieved an R-value of R28 for its facade, demonstrating high energy efficiency.

Sheridan College Student Life Center building at dusk
The buildings north-facing elevation received less direct sunlight, allowing for greater transparency. (Doublespace Photography)

In sum, passive cooling strategies on the facade in combination with the use of chilled beam and heat recovery technology on the interior of the Student Life Centre have led to highly reduced operation energy usage. Montgomery Sisam Architects estimates that these strategies yielded a 53 percent improvement in energy savings.

Project Specifications

    • Architect: Montgomery Sisam Architects, Moriyama Teshima Architects
    • Landscape Architect: Janet Rosenberg Studio
    • Interior Design: Montgomery Sisam Architects, Moriyama Teshima Architects
    • Structural Engineer: Halsall Associates
    • Electrical Engineer: MCW Consultants
    • Civil Engineer: Counterpoint Engineers
    • Lighting Consultant: MCW Consultants
    • Signage/Wayfinding: Entro Communications
    • Telecommunications: MCW Consultants
    • Fire & Life Safety Consultant: Randal Brown & Associates
    • General Contractor: Bondfield





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