This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada Photo credit: Perkins + Will Canada
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada Photo credit: Stephan Pasche
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada Photo credit: Perkins + Will Canada
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada Photo credit: Stephan Pasche
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada
This 19,000 sq. m. complex was completed in 2 phases and includes classrooms, labs, lecture theatres, and a large atrium space. Phase 1 comprises a hybrid cast-in-place concrete ductile moment frame and precast hollow core floor system. Phase 2 was constructed with conventional flat slabs and shear walls. Feature elements include finely detailed glulam timber roof beams and facade mullions throughout the building.
Simon Fraser University, Burnaby, BC Perkins + Will Canada Photo credit: Stephan Pasche
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