Empowering Accessibility: Using the Micro:bit and 3D Design as Switch Interface

Join us for an informative virtual event that explores the innovative potential of the Micro:bit in creating accessible technology solutions. This session will delve into the concept of switch access and its crucial role in supporting independence for individuals with physical disabilities.

We will begin by providing an overview of switch access. Discover how the Micro:bit can be effectively utilized as a versatile switch interface device, enabling users to control mobile devices, computers, and other assistive technologies.

We will explore the block-based code extension designed specifically for the Micro:bit by Bill Siever. Learn how this extension empowers users to customize and adapt their switch interface to meet their unique needs. We will explore the possibilities of this extension to extend past switch access for mouse emulation, gamepad, and media controls.

To enhance accessibility and usability, we will also discuss the role of 3D design in creating custom cases for the Micro:bit and explore one of these solutions from PrintLab's lead designer, Rob Mafrici. Discover how 3D printing can be leveraged to design and fabricate personalized cases that provide comfortable and secure access to the switch interface.

Target Audience
Families, health professionals, educators, and makers interested in exploring a low barrier access to custom assistive technology.

Presenters
This presentation will be co- hosted by Bill Siever, teaching professor at Washington University, Jason Yeung co- founder and Rob Mafrici lead designer at PrintLab, and Loreto Dumitrescu, occupational therapist and co leader of the NYC Makers Making Change chapter.