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Front view of UQTR Drummondville atrium with large triple-glazed curtain wall and brick cladding.
Side view of UQTR Drummondville showing brick façade paired with large glazed sections.
Entrance of UQTR Drummondville with glass curtain wall and surrounding landscape.
Close-up of UQTR Drummondville’s curtain wall corner with reflections of trees and sky.
Wide exterior view of UQTR Drummondville showing atrium glazing and adjacent brick structure.
View of UQTR Drummondville from pathway, showing glass façade and brick cladding.
Evening view of UQTR Drummondville with glowing atrium behind triple-glazed curtain wall.
Front view of UQTR Drummondville atrium with large triple-glazed curtain wall and brick cladding.
Side view of UQTR Drummondville showing brick façade paired with large glazed sections.
Entrance of UQTR Drummondville with glass curtain wall and surrounding landscape.
Close-up of UQTR Drummondville’s curtain wall corner with reflections of trees and sky.
Wide exterior view of UQTR Drummondville showing atrium glazing and adjacent brick structure.
View of UQTR Drummondville from pathway, showing glass façade and brick cladding.
Evening view of UQTR Drummondville with glowing atrium behind triple-glazed curtain wall.

UQTR

Drummondville

555, boul. de l'Université Drummondville QC J2C 0R5

Architect
Daoust Lestage

Builder
Decarel

Systems used
Curtain walls STE-6000
Windows and glazind

Designed by Daoust Lestage, the Drummondville campus building of UQTR reflects a forward-thinking approach to educational architecture. STEKAR installed its STE-6000 curtain wall system on the main façades, including the central atrium and student common areas, creating large glazed surfaces that showcase campus life and allow abundant natural light inside.

These curtain walls are engineered with triple glazing and thermally broken frames, ensuring high thermal insulation suited to institutional buildings in the Québec climate. Complementing the glass, the envelope incorporates aluminum windows and perforated glazing within brick and panel sections, respecting the urban context while offering operable windows for natural ventilation. Carefully executed detailing manages condensation and ensures acoustic insulation from exterior noise.

The result is a contemporary, high-performance building envelope that combines openness with technical resilience, providing students with a welcoming and sustainable learning environment.

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