Arising tower by tower in a former waterfront railway yard, CityPlace remade Toronto’s skyline with its collection of new high-rise towers, and became home to over 20,000 residents. This community of Torontonians pioneering vertical living are not just young singles and “empty nesters,” but also families.
Recognizing a vital need for a missing social and educational nexus in Toronto’s booming downtown core, the new Canoe Landing Campus by ZAS Architects will house a 158,893-sf, $65 million community recreation center, public and Catholic elementary schools, and a childcare center within one campus.
Serving an important social function, the campus architecture supports a new platform for connection. In a vertical, urban community where neighbors often experience solitary lifestyles, this interaction is vital. Conceived as a social condenser, the building program was developed through multiple community meetings attended by hundreds of residents.
From the first public meeting packed with strollers and young families, it was clear this community had very unique needs resulting from a wide demographic range, the realities of living with less square footage, and the pressures on existing public space as the population grew with each new tower constructed. Faced with the challenges presented, ZAS Architects created an original architectural form that leveraged the synergies of co-locating the schools, community center, and childcare to reduce the building footprint and maximize open space.
The new campus provides an opportunity for shared community spaces, from gardening plots to basketball courts on the roof, spaces for indoor and outdoor play, a community kitchen for canning parties and cooking classes, and a gracious lobby space for neighbors to meet.
Community input generated innovative spaces such as indoor play areas geared to enhancing children’s motor skills and the creation of multipurpose rooms that adapt to both active and passive uses.
The two schools share indoor play spaces, a learning commons, gymnasium, and educational areas. The outdoor park and community rooms are accessible by all. A flexible design solution features two- and three-story buildings that anchor the east side of the park. C-shaped planning maximizes solar access while sheltering play areas from the adjacent expressway.
Bisected by a pedestrian corridor, the building connects through an elevated bridge forming an east-west gateway. One side of this link contains the community centre, with gymnasium and fitness center.
Sustainability and resiliency are prominently integrated, including maximizing green roof opportunities and an introduction of photovoltaic panels to generate 10% renewable energy to meet the highest level of the City of Toronto Green Standards. Above, the building features a dynamic, “active” green roof, complete with a basketball court, jogging track, and urban gardens.
The clients on the project are the City of Toronto & Childrens Services, Toronto District School Board, and Toronto Catholic District School Board.
Related Stories
| Aug 11, 2010
10% of world's skyscraper construction on hold
Emporis, the largest provider of global building data worldwide, reported that 8.7% of all skyscrapers listed as "under construction" in its database had been put on hold. Most of these projects have been halted in the second half of 2008. According to Emporis statistics, the United States had been hit the worst: at the beginning of 2008, "Met 3" in Miami was the only U.S. skyscraper listed as being "on hold". In the second half of the year, 19 projects followed suit.
| Aug 11, 2010
Structure Tone, Turner among the nation's busiest reconstruction contractors, according to BD+C's Giants 300 report
A ranking of the Top 75 Reconstruction Contractors based on Building Design+Construction's 2009 Giants 300 survey. For more Giants 300 rankings, visit http://www.BDCnetwork.com/Giants
| Aug 11, 2010
Skanska completes $74 million Harbor Towers project six months ahead of schedule
Skanska USA Building Inc. announced the completion of a $74 million rehabilitation project at Harbor Towers, a 40-story luxury condominium complex comprising two towers located on Boston’s waterfront. Skanska served as Program Manager and oversaw the repair and replacement work that dramatically enhanced the reliability, cost-effectiveness, and energy efficiency of the buildings’ MEP systems.
| Aug 11, 2010
Best AEC Firms of 2011/12
Later this year, we will launch Best AEC Firms 2012. We’re looking for firms that create truly positive workplaces for their AEC professionals and support staff. Keep an eye on this page for entry information. +
| Aug 11, 2010
Manitoba Hydro Place, Tornado Tower among world's 'best tall buildings,' according to the Council on Tall Buildings and Urban Habitat
The Council on Tall Buildings and Urban Habitat last week announced the winners of its annual “Best Tall Building” awards for 2009, recognizing one outstanding tall building from each of four geographical regions: Americas, Asia & Australia, Europe, and Middle East & Africa. This year’s winners are: Manitoba Hydro Place, Winnipeg, Canada; Linked Hybrid, Beijing, China; The Broadgate Tower, London, UK; Tornado Tower, Doha, Qatar.
| Aug 11, 2010
Call for entries: Building enclosure design awards
The Boston Society of Architects and the Boston chapter of the Building Enclosure Council (BEC-Boston) have announced a High Performance Building award that will assess building enclosure innovation through the demonstrated design, construction, and operation of the building enclosure.
| Aug 11, 2010
CampusBrands Inc., NYLO Hotels team to launch student housing franchise brand
Which would you choose: the cramped quarters, thin mattresses, and crowded communal bathrooms of dormitory life or a new type of student housing with comfortable couches, a game room, fitness center, Wi-Fi in every room, flat-screen televisions and maybe even a theater?
| Aug 11, 2010
Portland Cement Association offers blast resistant design guide for reinforced concrete structures
Developed for designers and engineers, "Blast Resistant Design Guide for Reinforced Concrete Structures" provides a practical treatment of the design of cast-in-place reinforced concrete structures to resist the effects of blast loads. It explains the principles of blast-resistant design, and how to determine the kind and degree of resistance a structure needs as well as how to specify the required materials and details.