The design marries traditional, industrial proportions with modern materials and detailing. T3 is respectful of its neighborhood and responds to its context with a simple massing. The form and exterior articulation create a quiet building – responding to and complementing the historical buildings rather than drawing attention to it.

Inside the building, exposed mass timber columns and floor slabs recall the heavy timber construction of the building’s predecessors.  While the historic brick-and-timber structures of the district used old growth solid timbers for columns, beams, and even floor joists, T3’s modern technological approach uses engineered wood components (chiefly glulam and nail laminated timber). These modern materials bring the warmth and beauty of wood to the interior and promote a healthy indoor environment for occupants.

While alluding to historic buildings of the district, the T3 project will provide modern, clean, energy-efficient systems and technologies aimed at reducing the life-cycle carbon footprint of the project within its community.



Uniquely, the timber structure of the building itself is a great part of the sustainability and carbon footprint story of this building. Using the Canadian Wood Council’s carbon calculator, one can study the carbon impact of different building materials and approaches from a life cycle perspective. Our data from past mid-rise timber projects has shown a significant reduction in life cycle impact for a timber structure, as compared to a concrete structure. The timber structure is less energy-intensive to extract and is renewable with minimal inputs.  It requires relatively little energy input to process raw logs into engineered wood products for building (whereas concrete and steel require significant material and energy inputs). Finally, the carbon that is absorbed by trees through the photosynthesis process is actually sequestered in the wood fiber throughout its lifetime in the building. The project will effectively be a carbon sink for its lifetime, and for as long as the wood products can be recycled and reused.

  • Approximately 3,600 cubic metres of wood are used in the structure, which will sequester about 3,200 tonnes of carbon for the life of the building.
  • Timber was erected at a speed exceeding conventional steel-framed or concrete buildings – completed in just 2.5 months at an average of 9 days per floor.
  • Over 1100 8’x20’ NLT (Nail Laminated Timber) panels are used in the project – the equivalent square footage of nine hockey rinks.
  • The majority of NLT was made of lumber from trees killed by the mountain pine beetle.

Links & Resources


NAIOP Minnesota – Award of Excellence, 2017

AIA Chicago – Distinguished Buildings Award, 2017

Azure AZ Awards – Environmental Leadership + People’s Choice, 2017

US Woodworks Wood Design – Special Achievement Award, 2017

WoodWorks Wood Design Award BC – International Wood Design, 2017

Wood Design & Building – Citation Award, 2016