admin Stephane Bedard, a trailblazer in merging robotics, machines, and healthcare, has led major leaps in medical tech. Fueled by a lifelong love for robots and strong training in electrical and mechanical engineering from University Laval, he’s crafted new solutions that change how people move.
Early Drives and Hurdles
“I am now in a position to actively observe the positive outcomes of the choices I made over the years for the benefit of people who rely on getting help to regain their autonomy and dignity in mobility.”
– Stéphane Bédard
Stephane was hooked on robots from a young age, driven by years of hard study. But, it was his own tough times, like bad knee injuries from sports that pushed him towards biomechanics and rehab. Healing from these injuries, he saw the gaps in current medical help and how losing the ability to move deeply affects people. This sparked his goal to make rehab better with tech.
Linking Body Mechanics and Machine Tech
In 1996, while deep into his PhD work, Stéphane had a big idea. He thought of mixing mechatronics—merging mechanics, electronics, and computers—with rehab methods. This mix aimed to better connect the human body with its surroundings through improved, helping tech. He zeroed in on how we walk and move, readying himself to lead in biomechatronics.
Victhom Human Bionics: Revolutionizing Prosthetics
In 2000, Stéphane founded Victhom Human Bionics, ushering in a new era in bioengineering. The company’s flagship product was the “Power Knee,” the world’s first mechanical device for above-knee amputees. This AI-powered computerized prosthesis was a technological marvel, allowing it to run between user and prosthesis smoothly. This technology not only gave amputees new hope, but also set a new standard in the Orthotics & Prosthetics (O&P) industry.
The Birth of Dermoskeletics
Stephane’s efforts to increase human-machine interfaces did not stop with prosthetics. His ongoing research has led to the development of the “Dermoskeletics” concept, which studies the integration of autonomous wearable robots with human biomechanics. This new approach focuses on providing support and provides improved mobility through intelligent devices that adapt and anticipate users’ interactions with its environment.
B-Temia Inc.: The Future of Mobility Support
“How can I improve the capacity of such devices to properly support the entire biomechanics of the human body in order to sustain or restore the mobility of the said users in various complex situations that represent real life?”
– Stéphane Bédard
In 2010, Stephane furthered his vision by acquiring B-Temia Inc . The company specializes in the development and commercialization of AI-powered, wearable robotic systems designed to assist individuals with walking disabilities. B-Temia’s keystone product is KEEOGO™. It is a testament to the company’s mission the task of restoring mobility and independence of neurological conditions.
The KEEOGO™ is more than just a device. It is a companion that supports users’ desire to live active, fulfilling lives. Whether returning to work, outdoor activities, or just playing with the grandchildren, KEEOGO™ enhances the user’s ability to perform everyday tasks and enjoy life’s simple pleasures. The philosophy of continuous innovation.
A Philosophy of Continuous Innovation
Stephane’s approach to innovation in medical technology is not about sustainable solutions but about ongoing evolution aimed at improving the human condition. KEEOGO™ stands out not only for its functionality but also for its intelligent, adaptive software, which ensures that the wearer’s every step is as natural as possible. The device doesn’t just replicate movement; it enhances and supports it, and shows a real connection between the user and the technology.
Shaping the Future
With B-Temia, Stephane Bedard continues to redefine possibilities for those plagued by mobility problems. Her work is a beacon of hope and a source of strength for many, showing that with innovation and empathy, limitations can be transformed into opportunities.
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