- Submit Request
- Campus Maps
- Directory of buildings
- Academic Quadrangle
- Alcan Aquatic Research Centre
- Applied Sciences Building
- Bee Research Building
- Beedie Field Concession
- Biology Trailer
- Blusson Hall
- Childcare Centre 1,2,3 &4 Office
- Convocation Mall
- Cornerstone
- Diamond Alumni Centre
- Discovery 1
- Discovery 2
- East Concourse Cafeteria
- East Theatre Annex
- Education Building
- Facilities Services
- Fire Pump Station
- Greenhouses 1,2,3 & 5
- Halpern Centre
- High Voltage Substation
- Leslie & Gordon Diamond Family Auditorium
- LDC Stadium
- Lorne Davies Complex
- Maggie Benston Centre
- Robert C. Brown Hall
- Saywell Hall
- Service Station
- Shrum Science Centre Biology
- Shrum Science Centre Chemistry
- Shrum Science Centre Kinesiology
- Shrum Science Centre Physics
- South East Classroom Block
- South Sciences Building
- Science Research Annex
- Strand Hall
- Student Union Building
- Technology & Science Complex 1
- Technology & Science Complex 2
- The Water Tower Building
- Trottier Observatory
- Transportation Centre
- Transit Loop Building
- W.A.C. Bennett Library
- Water Tower
- West Mall Centre
- West Parkade
- Winter Operations Building
- Barbara Rae House
- Dining Commons
- Hamilton Hall
- Mctaggart Cowan Hall
- Pauline Jewett House
- Shadbolt House
- Shell House Residence
- Townhouses (Total 9 buildings)
- Residence Phase1 East
- Residence Phase1 West
- University-Childcare-Centre
- Building & Infrastructure Records
- Key Plans
- Mapping Services
- Directory of buildings
- Projects & Initiatives
- Construction Projects
- Campus Master Plan
- REDI Initiatives
- Sustainable Initiatives
- Health and Safety Initiatives
- Contractors
- SFU Owner's Technical Requirements
- Services
- Real Estate
- About
- Contact Us
- Senior Management Team
- Administration and Real Estate Services
- Campus Planning & Development
- Maintenance and Operations
- Awards & Achievements
- News
- Gibson Art Museum wins OAA 2026 Design Excellence Award
- Meet SFU’s 2025 Staff Achievement Award recipients
- First phase of LDC renewals complete
- New robot cleaner rolls onto campus
- SFU unveils landmark new art museum at Burnaby campus
- New First Peoples’ Gathering House honours the past to shape the future at Simon Fraser University
- SFU reduces GHG emissions by 65% from 2007 levels
- Supportive and compassionate leadership: Sarah Mallen
- Construction underway on new student residence building and child care at SFU
- SFU's School of Sustainable Energy Engineering partners with Corix to enhance biomass plant efficiency
- Battling Winter: Meet SFU’s Snow Team and Their Surprising Names
- Renovated Diamond Alumni Centre now open for bookings
- SFU unveils plans for new student housing and child care centre
- SFU School of Medicine moves forward
- Adjustments to cleaning services – What you need to know
- Flushing Repair Costs Down the Drain
- New improvements to tackle snow at SFU
- Engineer Breaks Down Gender Barriers and SFU's Energy Emissions
- One Small Change Leads to Sustainable Reduction in Paper Usage by 90 Per Cent for Important SFU Workflow
- Burnaby Campus Biomass Facility Celebrates 2nd Year Anniversary After Smashing Renewable Energy Records
1
/
4
Aq Roof Renewal Project
Status: In construction
Project Location: AQ roof
Budget: $10M
Consultant: RDH
Construction Manager: ETRO
Expected Completion Date: Spring 2028
For several decades, the AQ’s roof has supported the departments and services located here and the SFU community who study, work and gather in one of the university’s most recognizable buildings. It has now reached the end of its service life and will be fully replaced.
The project will be delivered in three phases over two years to reduce disruption and allow continued use of the building with construction anticipated to be completed in Spring 2028.
Features:
- Improved thermal performance and indoor comfort, reducing heat gains in summer months and heat loss in winter months
- Reduction in greenhouse gas emissions through increased thermal performance
- Improved safety through upgrades that address existing roof conditions