Megan Kelly Hofmann

Learn More
An increasing number of online communities support the open-source sharing of designs that can be built using rapid prototyping to construct physical objects. In this paper, we examine the designs and motivations for assistive technology found on Thingiverse.com, the largest of these communities at the time of this writing. We present results from a survey(More)
In this demonstration, we discuss a case study involving a student with limited hand motor ability and the process of exploring consumer grade, Do-It-Yourself (DIY) technology in order to create a viable assistive solution. This paper extends our previous research into DIY tools in special education settings [1] and presents the development of a unique(More)
Consumer-grade digital fabrication such as 3D printing is on the rise, and we believe it can be leveraged to great benefit in special education. Although 3D printing is infiltrating mainstream education, little research has explored 3D printing in the context of students with special support needs. We describe our studies on this topic and the resulting(More)
In this abstract, we present a modular design methodology for prototyping and 3D printing affordable, highly customized, assistive technology. This methodology creates 3D printed attachments for prosthetic limbs that perform a diverse group of tasks. We demonstrate the methodology with two case studies where two participants with upper limb amputations help(More)
  • 1