Vancouver Convention Centre West

Vancouver, Canada

Project Size:

1,200,000 square feet

Project Status:

Completed 2009

LEED Status:

Certified LEED New Construction Double Platinum


Civic Design, Convention Center Design, Interior Design, Urban Design

Associate Architect:

DA Architects + Planners


8 Green Roofs in Section

Architizer, 01/15/2020

10 Incredible 'Green' Buildings Around the World

Chicago Tribune, 05/11/2018

Study Shows Beautiful Buildings Outperform Other Green Buildings by 4 Times

Inhabitat, 08/28/2012

The Grass Ceiling

ARCHITECT, 11/01/2011

LEED Platinum Vancouver Convention Centre Takes Home Top Ten AIA COTE Award

Inhabitat, 04/26/2011

American Institute of Architects' Top 10 Green Buildings

Time, 04/01/2011

Build It and They Will Come

GreenSource, 03/30/2010

Vancouver Convention Centre is First to Receive LEED Platinum Ranking

Architecture & Design, 02/16/2010

Selected Awards

2013 AIA National

Honor Award for Architecture

2013 AIA National

Honor Award for Regional and Urban Design

2013 World Architecture News

Sustainable Building of the Year

2011 AIA

Committee on the Environment Award

2011 AIA National

Honor Award for Interior Architecture

2011 AIA

Award for Outstanding Renovation Project

2011 World Architecture News

Effectiveness Award

2010 AIA Northwest & Pacific Region

Honor Award

2010 Urban Land Institute

Global Award for Excellence: The Americas Competition

2009 AIA Seattle Chapter

Honor Award

The world’s first LEED Platinum convention center, Vancouver Convention Centre West fully integrates the urban ecosystem at the intersection of a vibrant downtown core and one of the most spectacular natural ecosystems in North America. The culmination of two decades of planning and redevelopment for its waterfront neighborhood, the project weaves together architecture, interior architecture, and urban design in a unified whole that functions literally as a living part of both the city and the harbor.

Site and Program
The extensive and complex program encompasses at once a single building and a new urban district. Occupying a former brownfield site on the downtown waterfront, the development is approximately 14 acres on land and 8 acres over water, with 1 million square feet of convention space, 90,000 square feet of retail space, 450 parking stalls, and 400,000 square feet of walkways, bikeways, public open space, and plazas. The public realm extends through and around the site including a waterfront promenade featuring restaurants, retail storefronts, and public art, while infrastructure for future development extends into the water. An integrated float plane terminal provides undoubtedly the most spectacular way of arriving at the facility. At the center of the public realm, the project’s Jack Poole Plaza is the city’s first major gathering space on the water’s edge, and the permanent home of the 2010 Olympic Torch.

The architectural approach creates a community experience that is simultaneously a building, an urban plaza, a park, and an ecosystem. The convention center program emphasizes spaces for both public and private events, gatherings, and circulation, mixing the energy of convention visitors with the life of the city. The building’s landforms fold in specific ways to embrace the downtown street grid and preserve view corridors out to the water. The entire perimeter enclosure is an ultra-clear glass system, visually reinforcing the integration of urban and waterfront context into the user experience of the building.

The iconic living roof, visible from throughout the city, forms the terminus of a chain of waterfront parks that rings the harbor and creates continuous stepping-stone habitat between the convention center and Stanley Park. Less visible but equally productive, an artificial concrete reef drops below the waterfront promenade, designed in collaboration with marine biologists to restore the ecology of the natural shoreline.

The building’s landforms create a topographical experience on the interior. Materiality is based around the use of indigenous British Columbia wood, expressed in the strong directional lines of the ceiling plane as well as wall cladding that simulates the texture of stacks of lumber. The interior is constantly connected to daylight and views, setting up an extroverted, community-friendly relationship with the exterior and connecting the interior experience with the life of the city and the waterfront. Transparency serves as an orienting device for users in the facility, anchoring each space to the unique views available from its vantage point. By night, the lit interior creates an urban lantern at the water’s edge.

The most visible evidence of the project’s deep approach to ecology is its living roof—at 6 acres it is the largest in Canada, hosting some 400,000 indigenous plants and 240,000 bees in 4 colonies that provide honey for the convention center restaurant. The roof’s sloping forms build on the topography of the region, creating a formal as well as ecological connection to nearby Stanley Park and the North Shore Mountains in view across the Burrard Inlet. The slopes set up natural drainage and seed migration patterns for the roof’s ecology. The roof has no public access points, allowing it to develop as a fully functional habitat for migrating wildlife, while the landforms fold to allow views onto the lush vegetation from inside and outside the building.

Some 35% of the project is built on piles over the water, surrounded by a custom-designed marine habitat skirt consisting of 5 concrete tiers that provide rocky surfaces for marine life to attach. Each tier supports a separate set of biota depending on the water depth, forming a complete shoreline ecosystem including salmon, crabs, starfish, shellfish, and dozens of other native species. Runnels built into the tide flats beneath the building create additional tidal habitats that flush daily.

The internal metabolism of the building draws many of its inputs from the site’s renewable resources. A seawater heat pump system, for example, takes advantage of the constant temperature of seawater to produce cooling for the building during warmer months and heating in cooler months, contributing to a reduction in energy use of 60% over typical convention centers. A water conservation and reuse system reduces potable water use by 70%, including an on-site blackwater treatment plant that cycles all wastewater from the building including stormwater from the living roof, and returns it for irrigation and other gray water needs.

Socially, the project defines an urban district that is the focal point of the downtown waterfront in a city of intense civic involvement and environmental awareness.  An early indication of its value to the city is that the building served as the International Broadcast Centre for the 2010 Olympic Games, with the public plaza as the site for the Olympic Torch. Having tripled the city’s convention capacity, the project continues to reap economic benefits for the British Columbia region with record bookings surpassing expectations, and was recently selected as the home of the international TED Conference.

Further detail on the history of the project and all of its sustainability thinking can be found in the LMN case study How Vancouver Greened Its Waterfront.