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(2016) Universal access in human-computer interaction. methods, techniques, and best practices, Dordrecht, Springer.
Exploring downloadable assistive technologies through the co-fabrication of a 3D printed do-it-yourself (DIY) dog wheelchair
Rickee Charbonneau, Kate Sellen, Angelika Seeschaaf Veres
pp. 242-250
This paper explores Downloadable Assistive Technologies (DAT) and the possibilities as well as the limitations of publishing and fabricating DAT through online 3D printing communities. A design probe was used for this research within the context of Thingiverse, in the form of a 3D printed dog wheelchair design probe – the FiGO Dog Wheelchair. FiGO enabled an exploration of co-customization of tools and processes for DAT, issues of design and communication around modification and personalisation, with several other themes emerging from the research. It is concluded that implementing communication guidelines for publishing DAT on Thingiverse by involving both end users as well as health professionals in the research process is vital to the process of co-fabrication and modification in an open design context.
Publication details
DOI: 10.1007/978-3-319-40250-5_24
Full citation:
Charbonneau, R. , Sellen, K. , Seeschaaf Veres, A. (2016)., Exploring downloadable assistive technologies through the co-fabrication of a 3D printed do-it-yourself (DIY) dog wheelchair, in M. Antona & C. Stephanidis (eds.), Universal access in human-computer interaction. methods, techniques, and best practices, Dordrecht, Springer, pp. 242-250.
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