May 14, 2025

St. Joseph’s Healthcare Foundation is Halfway Towards Funding a Robotic Surgery Revolution

St. Joseph’s Healthcare Foundation is more than halfway towards its fundraising goal to fuel the next phase of the Robotic Surgery Revolution at St. Joseph’s Healthcare Hamilton. Through the $20 million campaign announced today, St. Joe’s aims to add another surgical robot to its fleet, double its robotic surgery volumes, and continue its investment in robotics research while training the next generation of surgeons.

The remainder of the campaign tally is comprised of gifts from grateful patients and community members and proceeds from special events including the 2024 St. Joe’s Gala, the 2025 Around the Bay Road Race and a private fundraising dinner at Edgewater Manor that took place earlier this spring. “The robotic surgery program at St. Joe’s has been rooted in philanthropy since its inception,” says Sera Filice, President & CEO, St. Joseph’s Healthcare Foundation. “We’re grateful for the investments that have founded and fueled this program to date, for the donations announced today and the ones that will hopefully follow over the next few years. Every gift gets us closer to our $20 million goal.”

“Our robotic surgery journey has demonstrated the remarkable things that are made possible by philanthropy,” says Dr. Mike Heenan, President, St. Joseph’s Healthcare Hamilton and Interim President & CEO, St. Joseph’s Health System. “It has the unique power to fuel innovative programs and research that, in time, can change clinical practice, improve healthcare policy, and influence funding models, too. And more importantly, it can be the catalyst to adopt new approaches that are changing, improving and saving the lives of the patients St. Joe’s is honoured to serve.”

Eleven years ago, with the support of our generous community of donors, the Boris Family Centre for Robotic Surgery at St. Joseph’s Healthcare Hamilton embarked on a journey to explore the power and the promise of robotic surgery. Since then, St. Joe’s has emerged as a national leader in the field, conducting Canada’s first robotic knee replacement, first lung resection, and first fully robotic esophagectomy. Five thousand procedures and 12 published research studies later, the Ontario government has taken notice of the impact robotic surgery is having on patient outcomes, healthcare cost savings, time spent in hospital and more.

In June of 2023, thanks to a body of research data that St. Joe’s contributed to, Ontario Health announced funding for three types of robotic surgery for cancers of the prostate, kidney and uterus. Yet seven of the 10 procedures St. Joe’s performs remain unfunded by OHIP. And the hospital is responsible for the full costs of acquiring and maintaining its state-of-the-art surgical robots, too.

“Through robotic surgery, we’re quite literally changing the way patients living with arthritis, and cancers of the head, neck, chest, kidney, bladder and prostate, are cared for,” says Dr. Bobby Shayegan, Chief of Surgery at St. Joseph’s Healthcare Hamilton and one of Canada’s top robotic urologic surgeons who performs the most robotic prostate procedures in the country. “This campaign will allow us to continue our efforts to develop new procedures, deliver a higher standard of care to our patients, and make conditions that were previously thought to be inoperable possible. That’s the power of robotic surgery and why this campaign is so essential to the future of care.”

“Having worked in surgery at St. Joe’s for more than 20 years, I’ve witnessed the power and the promise
of robotic surgery,” says Dr. Anthony Adili, Chief Innovation Officer and Orthopedic Surgeon at St. Joseph’s Healthcare Hamilton, and the first in Canada to perform a Robotic Total Joint Replacement. “It is helping patients to heal faster. To return to the people, the homes, and the hobbies they love the most. We’re the place where patients want to come for care and where surgeons want to come to learn. And this campaign is an investment in St. Joe’s continued leadership in this field.”