Proj Overview

Project Overview

Toronto is gaining momentum as an international technology hub, and one of its new shining stars is the Schwartz Reisman Innovation Centre. As the University of Toronto’s flagship center for innovation and entrepreneurship, this new facility will provide an incubator for start-up companies and researchers in the fields of artificial intelligence and other emerging technologies. Situated at one of the city’s most prominent locations, the building breaks from the typical designs used for commercial towers by introducing two double-height winter gardens on the south and north facades. These communal spaces for lounging and events are visible in the articulated cuts of the building facade and provide panoramic views of the historic Parliament buildings.

The Schwartz Reisman Innovation Centre has spaces designed for a variety of existing and future tenants, including the Vector Institute of Artificial Intelligence and many health-related start-ups. The lower floors feature large event spaces, instructional rooms, seminar rooms, and an exhibition lobby; collectively, these shared spaces are designed to foster collaboration and public engagement, encourage productive exchanges, and build a community of innovators. The winter gardens on the 7th and 10th floors provide additional informal collaboration and presentation spaces for all building users, and they offer access to adjacent roof terraces that provide views of the city.

The Schwartz Reisman Innovation Centre is composed of two towers. With their slightly canted exterior walls, the towers mark a dramatic departure from the rigidly orthogonal architecture that is predominant in Toronto. Divided into distinct segments, the center fits effortlessly into its restricted site. Five stories up, there are terrace-like openings to break up the considerable bulk of the large structure. At street-level, transparent storefront glazing diminishes the barrier between indoors and out.

CNC Machine

While the center’s facade appears repetitious, it is composed of parametrically derived precast concrete panels that shift to accommodate the taper of the building’s form and the repetition of custom, high-performance window units. The panels span floor to floor (typically 13 ft 7 in.) and are monolithic with a 5-in.-thick base tapering up to a 6 in. projection. The panels are not completely standard, but they repeat from floor to floor and from elevation to elevation. Breaking with conventional methods, the project team used a computer numerical control (CNC) machine to achieve the precise angles and slopes of the precast concrete panels. “The CNC machine cut each of the forms out of plywood, using nearly every square inch of the sheet, leaving little to waste. Corresponding instructions were developed to aid the carpenters as they assembled the forms for fabrication. Working with our 3-D model, the precast concrete producer built each individual form with varying angles, slopes, and heights. Utilizing the CNC machine created nearly 300 different types of forms to cast the 890 precast concrete architectural panels,” says Sebastian Arangio, project manager, TKL Group.

A retarder was applied to the formwork and then acid washed to achieve the desired finish. To transport the panels from the precast concrete plant to the site, trailers had to be retrofitted to accommodate their unique shapes.
The building cladding is an innovative design, which interprets a variety of facade elements from other institutional buildings in the area. The precast concrete skin is designed to help the university reach its overall goal to substantially reduce energy use. The university’s sustainability target is equivalent to LEED Gold and is being achieved through strategies such as radiant floor heating, solar photovoltaic technology, daylighting, heat recovery, and storm water capture and reuse.

After the successful completion of the first tower in 2021, a second phase will consist of a 500,000 ft², 20-story tower that will house laboratories for regenerative medicine, genetics, and precision medicine. Both towers will provide much-needed space for start-ups and fast-growing companies, as well as various components of the University of Toronto’s innovation and entrepreneurship network.


2023 PCI Design AwardsBest Higher Education/University Building
Project Team


University of Toronto, Toronto, ON


Teeple Architects Inc., Toronto, ON

Design Architect:

Weiss/Manfredi, New York, N.Y.

PCI-Certified Precast Concrete Producer:

TKL Group, Toronto, ON

Engineer of Record:

Cole Engineering Group, Markham, ON

General Contractor:

EllisDon, Mississauga, ON

Precast Concrete Specialty Engineer:

M. E. Hachborn Engineering, Toronto, ON

Project Size:

750,000 ft²

Key Project Attributes

  • Construct a 15-story research and innovation center at the University of Toronto’s downtown campus.
  • The new center is located at an important intersection in the heart of Toronto’s Discovery District and is poised to shape the future of the city and its skyline.
  • With the help of a CNC machine, nearly 300 different types of forms and 890 precast concrete panels were produced.

Project/Precast Scope

  • The building’s tapered massing features 890 precast concrete panels.
  • The building features white precast concrete textural cladding with an acid-etched finish on the canted walls.