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SickKids Patient Support Centre

General Info

About the Project

Project Description

The Patient Support Centre (PSC), part of SickKids' Project Horizon, represents a transformative addition to the SickKids campus, combining state-of-the-art functionality with sustainability and operational efficiency. The 20-storey Class ‘A’ office tower spans approximately 452,000 square feet, with two below-grade levels totaling an additional 40,000 square feet. Designed to consolidate administrative and educational functions, the PSC aims to streamline space utilization while enhancing collaboration and connectivity across the campus.

Mulvey & Banani provided comprehensive Electrical, ICT, Security and Building Intelligence engineering, Audio Visual and Lighting Design services to support this cutting-edge facility. The PSC features the SickKids Learning Institute, which accommodates over 1,000 trainees, students, and learners annually, and a world-class Simulation Centre that offers hands-on teaching for clinicians, professionals, and staff.

An enclosed pedestrian bridge connects the PSC to the Peter Gilgan Centre for Research and Learning (PGCRL) and the hospital’s main atrium, emphasizing the link between research and patient care. Engineering solutions played a critical role in ensuring seamless integration of power, data, and security systems to support these vital connections and maintain operational excellence.

The PSC is one of Toronto’s first projects to meet Tier 2 Green Building Standards and is targeting LEED Platinum certification (LEED Gold minimum). The facility’s terraced green roofs enhance sustainability while providing spaces for hospital staff to connect with the city. Mulvey & Banani’s design contributions ensure energy-efficient systems and optimized infrastructure align with the project's ambitious sustainability goals.

As part of a phased redevelopment, the PSC involved the demolition of existing campus buildings, including the Black and Hill wings, as well as future-proofing for potential expansion with additional floors. The project reflects SickKids' commitment to excellence in pediatric care, education, and innovation, creating a transformative environment for staff, learners, and the community.

Image Credit: Tom Arban

Scope

Electrical Engineering

Audio Visual

ICT Engineering

Security Engineering

Lighting Design

Building Intelligence

Final Budget

Primary Sector

Healthcare

Corporate/Commercial & Mixed Use

Secondary Sector


Client

SickKids Hospital

Architect

B+H Architects

Project Team

B+H Architects SickKids Hospital PCL Construction Entuitive The Mitchell Partnership Inc.

Key Individuals

Zdravko Crne

Mike Prsa

Eric Cornish

Stephen Kaye

Shaili Patel

Greg Rushton

Audio Visual

Audio Visual specialty areas include audio and video conferencing, presentation systems, wayfinding/room booking, public address/fire alarm integration, corporate town hall, amenity areas, sound masking, production studio spaces, medical simulation centre and multi-purpose room.

Lighting

The lighting design for the SickKids Patient Support Centre (PSC) integrates functionality, wellness, and sustainability to create a dynamic and adaptable environment across its 20-storey, 452,000-square-foot space. Energy-efficient LED systems paired with advanced lighting controls optimize energy consumption while meeting the rigorous requirements for LEED Platinum certification. Thoughtfully designed lighting enhances key areas such as the Learning Institute and Simulation Centre, ensuring precise illumination for hands-on training, collaborative learning, and administrative functions.

Public spaces feature layered lighting strategies, combining ambient and accent lighting to highlight architectural elements and foster a welcoming atmosphere. The pedestrian bridge, connecting the PSC to the Peter Gilgan Centre for Research and Learning, incorporates striking lighting accents that symbolize the link between research and patient care. Outdoor terraced green roofs are subtly lit to provide safe, engaging spaces for staff, aligning with the project’s sustainability and wellness focus. The lighting design not only complements the architecture but also supports the operational and emotional needs of the staff, learners, and patients.
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