From Concept to Reality: How Simulation Drives Medical Device Development

In this episode of Advancing Healthcare Through Simulation, Dr. Michael Kallos shares how simulation is revolutionizing biomedical engineering, medical device innovation, and healthcare training. With extensive experience in research and medical technology, Dr. Kallos explores the evolving role of human factors engineering, patient-centered design, and AI in shaping healthcare solutions.We discuss:How simulation accelerates medical device innovation and improves patient safetyThe importance of human factors engineering in healthcare technology developmentReal-world examples of how simulation-based testing improves medical device usabilityHow AI and extended reality (XR) are transforming healthcare simulationThe role of collaboration between academia, industry, and healthcare institutionsInsights into the upcoming Advancing Healthcare Through Simulation Provincial Summit on May 7Learn more at “Advancing Healthcare through Simulation: A Provincial Summit” hosted by CAMS at NAIT on May 7About:NAIT Centre for Advanced Medical Simulation – VisitThis series was produced by Road 55 in Edmonton, Alberta – Learn more at: road55.ca

Om Podcasten

Welcome to Advancing Healthcare Through Simulation, a series exploring the critical role of simulation in shaping the future of healthcare. This series highlights NAIT's Centre for Advanced Medical Simulation (CAMS) as a hub for healthcare simulation, workforce development, and innovation. Through conversations with experts, industry leaders, and educators, we’ll explore how simulation is transforming patient care, medical training, and healthcare innovation. Each episode is designed to enhance awareness and understanding of CAMS while positioning it as a leader in this rapidly evolving field. Join us as we share strategic insights, compelling stories, and forward-thinking perspectives on the power of simulation in advancing healthcare. To learn more, please visit: https://www.nait.ca/centre-for-advanced-medical-simulation