This is a virtual event hosted with Zoom. The Zoom meeting will open at 11:30AM and the talk will formally begin at 12PM.
Overview
This talk explores how Victoria Hand Project addresses the global need for accessible prosthetic care by combining innovative design with localized solutions. Victoria Hand Project develops 3D-printed prosthetic arms and efficient workflows, transferring the technology including 3D printers, scanners, and design software—to clinics in developing countries and conflict-affected areas.
By teaching local professionals advanced manufacturing techniques, the initiative not only provides low-cost prosthetic care but also builds capacity within these communities. The presentation will detail the processes and tools used, as well as the unique challenges and opportunities of implementing cutting-edge technology in resource-limited settings. It will also highlight how communities are leveraging these new skills and tools to improve efficiencies and expand care, showcasing a collaborative model for sustainable healthcare innovation.
Speaker Bio
Michael Peirone
Michael Peirone began his journey with Victoria Hand Project as a co-op student, where he quickly fell in love with the mission of creating life-changing prosthetic care for people in need. While completing his Biomedical Engineering degree at the University of Victoria, Michael continued to volunteer and work on projects with VHP, including a second co-op in Nepal that proved deeply inspiring, allowing him to witness the profound impact of the work firsthand.
After graduating, Michael joined VHP full-time as a Biomedical Systems Designer, where he continued to grow within the organization, later serving as COO before stepping into his current role as CEO. His work with VHP has taken him around the world, including a recent trip to Ukraine in June 2023 to support prosthetic care for those affected by the war. His journey reflects a commitment to innovation in healthcare and a passion for making a lasting difference in the lives of amputees worldwide.