3D Printed Bionic Hand - A Little IoT and a Xamarin Mobile App

Explore the innovative process of creating a 3D printed bionic hand for Kayden, a 15-year-old born without a left forearm and hand. Learn how this project improves upon the National Health Service's prosthetic options by leveraging modern technology to enhance functionality and reduce costs. Discover the use of 3D printing for creating articulated hand parts, the implementation of off-the-shelf IoT boards for programming, and the development of a Xamarin mobile application for customization and control. Gain insights into the challenges of designing accessible user interfaces, the benefits of open-source development, and the potential for global impact through affordable prosthetic solutions. Witness demonstrations of the 3D printed components, IoT board programming in .NET and C#, Xamarin app creation, and Bluetooth connectivity options. This talk showcases how technology can be harnessed to improve lives and reduce healthcare costs, with the potential to make advanced prosthetics more accessible worldwide.