The Residences of 488 University

Project Details

Project Name
The Residences of 488 University
Location
480 University AvenueTorontoONCANADA
Architect
CORE Architects
Project Types
Multifamily
Shared By
Keith Gabriel
Project Status
Built
Year Completed
2020
Size
669,885 ft²

Project Description

This development intensification project includes major enhancements to the existing 18 storey office building by incorporating a striking new facade, exterior skin, and a distinctive and sophisticated three storey podium on one of Toronto’s oldest and grandest boulevards. The project includes the addition of 37 storeys of residential condominiums and shared amenity space above the existing 18 storey office structure. A total of approximately 453 residential units are proposed within a mix of one-bedroom units to three-bedroom family units. Two full floors will be dedicated to 3,251 m2 of shared amenity space. The total area of office space within the existing building is proposed to be retained as part of the development intensification project. The ground floor of the three storey podium will continue to accommodate retail and service commercial uses accessible from University Avenue. A direct connection to the TTC and St. Patrick subway station has been accommodated in the design. Residents will enjoy a private driveway on Simcoe Street for pickups and drop-offs. The recessed footprint of the existing building enabled the structural engineers to introduce new vertical structural steel columns all along the exterior face of the building on all four exposures that go vertically down to sound rock. These new vertical structure columns surrounding the existing building will support the new residential floors independently of the existing building structure. There are also new horizontal perimeter steel beams along the face of the existing building exterior and cross bracing to attract the lateral load from the additional residential floors. Long span transfer beams will be utilized in the 20th floor. These transfer beams will distribute the load of the new tower directly to the new vertical steel structure that surrounds the existing building. The new vertical structure will go down to the foundation rock without stressing any of the existing structure.

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