UBC offers free tours for a number of our green buildings. Explore our tour options below, book a free tour and get to know your campus and the features of our green buildings. Drop in tours are available Tuesdays at 1 PM, starting at the Centre for Interactive Research on Sustainability (CIRS). Those wishing to participate in the drop-in tour are requested to meet in front of the Green Building tour banner located in the CIRS lobby.
Centre for Interactive Research on Sustainability (CIRS) (1 hour)
The Centre for Interactive Research on Sustainability (CIRS), opened in November 2011, is designed to be the most innovative and high-performance building in North America. This state-of-the-art regenerative building includes waste heat recovery from a neighbouring building, a solar energy system, ground-source heating and an on-site wastewater treatment system. CIRS has been awarded LEED Platinum certification, the highest designation in green building performance from the Leadership in Energy and Environmental Design rating system and the first for the University of British Columbia.
C.K. Choi (1 hour)
The C.K. Choi Building for The Institute of Asian Research set new green building benchmarks worldwide when it opened in 1996. As UBC’s first green building, it uses about 23 per cent less energy than a standard building. Fifty per cent of its building materials came from former buildings and streets. C.K. Choi also includes composting toilets, which do not require water for flushing. Rainwater from the building roof is collected and used for irrigating the landscape.
C.K. Choi + CIRS (1.5 hours)
This special tour features UBC’s unique green building history on campus. The tour begins at C.K. Choi, built in 1996, which helped to pioneer sustainable architecture globally. The tour then heads down the road to one of the world's newest and most cutting-edge green buildings, the Centre for Interactive Research on Sustainability (opened in 2011). The development of these two buildings makes for an insightful story about how far environmental design has come in recent years, the goals and directions of green architecture and where it’s headed, and the key role that UBC has played, and will continue to play, as a leader in sustainability.
Bioenergy Research & Demonstration Facility (30 minutes)
The UBC Bioenergy Research & Demonstration Facility (BRDF) is a unique combined heat and power (CHP) facility on campus that can produce both clean, renewable heat and electricity. The facility’s gasification technology uses tree trimmings and wood chips diverted from local landfills, and offers a platform for bioenergy research aimed at reducing greenhouse gas emissions and fossil fuel consumption. The BRDF is also one of the first buildings in North America to use cross-laminated timber (CLT), a solid wood building system, on an institutional building of this size and scope.
Earth Sciences Building (40 minutes)
Designed to inspire collaboration and creativity across academic disciplines, the new Earth Sciences Building (ESB) lies at the heart of the science precinct on UBC’s Vancouver Campus. The five-storey cross-laminated timber (CLT) structure is organized into two wings that surround an atrium with a free-floating cantilevered solid timber staircase. Some of the unique features of the ESB include a high efficiency envelope, high performance glazing, a thermal energy exchange system and a system that manages all the storm water that falls onsite. A unique element of this building is the double-height research lab space, which contributes to the museum-display component of the project as well putting science on display.
Pharmaceutical Sciences Building (40 minutes)
The recipient of the RAIC Governor General’s Medal in Architecture, The Faculty of Pharmaceutical Sciences and Centre for Drug Research and Development is one of the newest projects on campus, completed in September of 2012. Located at the south east part of the campus, the iconic building helps form a gateway to the campus. At the same time, taking design inspiration from nature, the interior of the building is inspired by the form and function of a tree. Two central trunk-like atria provide the possibility for natural lighting and ventilation to service the laboratory and classroom spaces distributed through the building. Other key building features include an extensive heat recovery system and a high performance building envelope.
AMS Student Union Building (40 minutes)
The AMS Student Union Building, also known as The Nest ofically opened in the summer of 2015 and is expected to be UBC's second LEED platinum building, incorporating elements of the Living Building Challenge also. The project forms a central piece of a new public square at the entry to UBC and is designed to be extremely energy-efficient. Design strategies place a priority on minimizing consumption through the use of a high performance envelope, natural ventilation and daylight harvesting with the use of rainwater harvesting as one of the means to reduce water use significantly on the project. An intensive Integrated Design Process was used to establish the design for this project and involved the students and UBC representatives for project charrettes and project management meetings.
Brock Commons Site
Scheduled to be completed in the summer of 2017, the 18-storey Brock Commons residence will be the tallest wood building in the world and a home to 404 students. Consisting of a mass-timber structure upon a concrete base, the residence building will stand at a height of 53 meters, and will demonstrate BC’s innovation in wood products and further UBC’s reputation as a hub of sustainable and innovative design.
The tour will be led from around the outside of the construction site and will highlight the use of mass timber products, explain some of the design process, and explain the significance of the project to both the campus and building design around the world.