How Brain-Computer Interfaces Are Changing Lives for Kids

In this episode of Advancing Health Care Through Simulation, host Lisa George sits down with Eli Kinney-Lang, Assistant Professor at the University of Calgary and Director of the engineering arm of the BCI for Kids Lab at the Alberta Children's Hospital.Eli shares how brain-computer interfaces (BCIs) are creating new ways for children with complex neurological disabilities to interact with the world using brain signals to control devices, communicate and even play games.The conversation breaks down the realities of BCI technology—what it is (and isn’t), how it works in practice and the real-world challenges of bringing it out of the lab and into everyday life.Key themes in this episode include:what brain-computer interfaces actually look like in real-world usehow BCIs help children bypass physical limitations to interact with technologythe challenges of accessibility, including sensor design and real-world usabilitywhy designing for children is fundamentally different and more impactful than designing for adultsthe importance of inclusion, engagement, and user experience in pediatric technologyhow gaming is becoming a powerful tool for learning, connection, and skill-buildingthe role of interdisciplinary collaboration in moving innovation from research to real lifelessons from commercializing pediatric neurotechnology while maintaining a family-centered approachhow play and social connection are often the biggest motivators for children, not just clinical outcomeswhat the future holds for pediatric neurotechnology, including AI, wearable systems, and scalable solutionsOne of the most powerful moments in the episode highlights a child using BCI to independently move his wheelchair for the first time—demonstrating how small technological breakthroughs can create life-changing impact.About:NAIT Centre for Advanced Medical Simulation – Visit hereThis series was produced by Road 55 in Edmonton, Alberta – Learn more at: road55.ca