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Duke eNable
Design team member, 3D-printed adaptive devices, Ongoing
ProblemProsthetics are expensive and slow to fit. Printable designs can close part of that gap.
My roleDesign team member.
ResultCAD design and iteration based on user feedback.
LinkseNable at Duke
| Role | Design team member |
|---|---|
| Context | 3D-printed adaptive devices |
| Dates | Ongoing |
| Field | Prosthetics and Adaptive Devices |
| Skills | CAD, Additive Manufacturing, Iterative Prototyping, Onshape, 3D Printing, User-Centered Design |
With Duke eNable I work on a multidisciplinary team designing and producing 3D-printable prosthetics. The work is CAD design and iteration based on user feedback, with cost, manufacturability, and usability in view from the start. These devices often need creative solutions to balance performance with simplicity.