Schwartz Reisman Innovation Centre

Structural Design for a Collaborative Research Hub

The University of Toronto’s Schwartz Reisman Innovation Centre brings together artificial intelligence researchers, biomedical scientists, and entrepreneurs in an academic and research building designed to foster collaboration, intellectual exchange, and public engagement. We collaborated with WEISS/MANFREDI and Teeple Architects to provide structural design services for the project.

The building includes classrooms, instructional and multipurpose spaces, shared gathering areas, and a café. It also houses the Vector Institute for Artificial Intelligence and the Schwartz Reisman Institute for Technology and Society, combining academic, research, and community-oriented functions in one facility.

Innovation Supports the Building’s Tapered Form

The building’s distinctive form required a buildable, efficient structural solution. Our team used steel-reinforced concrete transfer beams, which are shallower than conventional reinforced concrete framing, while increasing load capacity at key columns, including perimeter columns aligned with the sloping façade. We also designed a tapering slab soffit that cantilevers at each floor, supporting the architectural expression and maintaining the building’s clean, tapered form.

Design Solutions Balance Openness, Efficiency & Flexibility

The project’s complex program required a structural system that preserves the openness and flexibility needed for collaboration, events, and daily academic use. Our solution creates large, column-free spaces, supports efficient floor-to-floor heights, and accommodates varied uses throughout the building.

The design combines reinforced concrete shear walls with a vertical load-transfer system to open key interior spaces and align the structure with the building program. Through close coordination with the architectural team, we helped create shared spaces that feel open, connected, and adaptable while supporting the building’s academic and public functions.

The result integrates structural innovation with the project’s design intent. Our engineering advances performance and user experience, helping shape a functional, flexible, and visually distinctive research hub.