Worker safety during construction was safeguarded with special fall protection equipment and guard rails.

Brock Commons Tallwood House

UBC’s Brock Commons Tallwood House is one of a growing number of mass-timber buildings around the world. Our Tallwood House takes advantage of new engineered wood products and construction techniques to showcase more sustainable building practices.

Tallwood House is an 18-storey mass timber hybrid student residence at the UBC Vancouver campus.

Tallwood House is an 18-storey mass timber hybrid student residence at the UBC Vancouver campus.

Two concrete cores and ground floor slab provide stability to the mass timber structure above.

Two concrete cores and ground floor slab provide stability to the mass timber structure above.

The onsite crew installed one floor of prefabricated envelope panels per day.

The onsite crew installed one floor of prefabricated envelope panels per day.

All mass timber components and envelope panels were prefabricated in BC.

All mass timber components and envelope panels were prefabricated in BC.

The building was designed to serve as a replicable model for future tall wood construction.

The building was designed to serve as a replicable model for future tall wood construction.

Most mass timber elements were encapsulated with gypsum board mainly for fire protection.

Most mass timber elements were encapsulated with gypsum board mainly for fire protection.

The mass timber structure is composed mainly of CLT panel floor slabs and GLT columns.

The mass timber structure is composed mainly of CLT panel floor slabs and GLT columns.

Worker safety during construction was safeguarded with special fall protection equipment and guard rails.

Worker safety during construction was safeguarded with special fall protection equipment and guard rails.

The CLT canopy demonstrates the use of mass timber in the building and provides rain coverage for pedestrians.

The CLT canopy demonstrates the use of mass timber in the building and provides rain coverage for pedestrians.

Mass timber has a smaller carbon footprint and sequesters more carbon than other materials.

Mass timber has a smaller carbon footprint and sequesters more carbon than other materials.

Tallwood House is an 18-storey mass timber hybrid student residence at the UBC Vancouver campus.
Two concrete cores and ground floor slab provide stability to the mass timber structure above.
The onsite crew installed one floor of prefabricated envelope panels per day.
All mass timber components and envelope panels were prefabricated in BC.
The building was designed to serve as a replicable model for future tall wood construction.
Most mass timber elements were encapsulated with gypsum board mainly for fire protection.
The mass timber structure is composed mainly of CLT panel floor slabs and GLT columns.
Worker safety during construction was safeguarded with special fall protection equipment and guard rails.
The CLT canopy demonstrates the use of mass timber in the building and provides rain coverage for pedestrians.
Mass timber has a smaller carbon footprint and sequesters more carbon than other materials.

The newest addition to UBC’s sustainable building portfolio, Brock Commons Tallwood House was developed as part of the Tall Wood Building Demonstration Initiative launched in 2013 by National Resources Canada and Canadian Wood Council to showcase wood-based solutions for high-rise buildings and build industry capabilities in Canada.

In addition to providing much-needed housing for students, the building also aligns with UBC’s Campus as a Living Lab initiative, as a demonstration of innovation and an opportunity for research and learning.

 

Innovations in construction 

The first building of what will become the Brock Commons complex, one of UBC’s mixed-use residential hubs, Tallwood House provides accommodation for more than 400 students as well as study and amenity spaces.

The hybrid structure of the building is composed of:

  • Prefabricated cross-laminated timber (CLT) floor panels, supported on glue-laminated timber (GLT) and parallel strand lumber (PSL) columns;
  • Cast-in-place concrete foundations, ground floor, and elevator/stair cores;
  • Steel connections and roof structure.
  • To achieve code compliance a unique site-specific regulation (SSR), UBC Tall Wood Building Regulation was developed, and the proposed structure and fire safety solutions were reviewed by local and international experts.

The intention of the SSR is to ensure that the occupant health and safety protections are stringent, and it included measures such as the encapsulation of the mass timber elements in gypsum board to achieve the required fire resistance rating and a sprinkler system with an on-site backup water tank and fire pump.

 

Take a 360 video tour

An interactive video tour that provides a guided walk around the building. Explore multiple floors, and learn about the innovative construction materials and assembly process. A narrated guide with close captioning available.
 

 

Sustainable lifecycle features 

There are numerous environmental benefits of building with mass timber:

  • Renewable and regional available resource
  • Carbon sequestration
  • Smaller carbon footprint than steel and concrete
  • Lighter structure requiring a smaller foundation and therefore fewer materials
  • Prefabrication capabilities, faster installation and reduced construction waste
  • De-constructability, reuse and recycling potential


All mass timber elements in this building were fabricated in BC from regional forestry products supporting the local industry. In addition, Tallwood House will be LEED v4 Gold certified.

 

A valuable research and education opportunity

Tallwood House provides a unique opportunity to study mass timber design and construction in a tall wood building. A research collaboration between UBC’s Sustainability Initiative and faculty members in Forestry and Civil Engineering has been studying  the design, manufacturing, construction, commissioning and operation processes and document the challenges, solutions and lessons learned.

Morning forward, sensors embedded within the mass-timber elements will enable researchers to study the long-term performance of the structure.

The experiences and lessons learned from Tallwood House contribute to a growing body of knowledge of mass timber and tall wood projects that can inform future research, building projects, policies and regulations.

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