Assistive technology can significantly improve the learning experiences of students with disabilities in schools. However, acquiring and customizing assistive technology for individual students can be a complex and expensive process. 3D printing can be an effective solution to these challenges by enabling schools to create customized, low-cost, and efficient assistive technology.

This one-hour presentation will provide an overview of the benefits and process of 3D printing assistive technology for schools. The presentation will cover the basics of 3D printing, including types of printers and materials used. It will also explore the different types of assistive technology that can be created using 3D printing, such as adapted classroom materials, tactile learning aids, and communication devices, and prosthetics.

The presentation will also address the advantages of 3D printing assistive technology for schools, including the ability to create customized solutions that meet the specific needs of individual students, rapid prototyping and iteration, lower costs, and enhanced learning experiences for students with disabilities. Additionally, the presentation will cover the design and development process for 3D printing assistive technology, including the use of 3D modeling software, collaboration with educators and other stakeholders, and the importance of user feedback.

Finally, the presentation will highlight some of the challenges and limitations of 3D printing assistive technology for schools, including the need for specialized knowledge and expertise, regulatory compliance, and ongoing maintenance and support.

Attendees will come away from this presentation with a better understanding of the benefits and process of 3D printing assistive technology for schools, as well as the skills and knowledge needed to create customized solutions for students with disabilities in their own educational settings.