About this project
As StretchSense prepared to scale their validated glove technology, I was brought in to design their first injection-molded enclosure. The aim was to produce a housing for the internal PCB and battery that would interface directly with the glove’s textile and sensor array.
The design needed to:
Clip reliably onto a base plastic component adhered to the glove
Maintain a low profile and minimal weight to preserve user comfort and motion accuracy
Enable add-on motion trackers for extended functionality
Be suitable for mass production via injection molding, while allowing early validation through 3D printing and low-volume runs
This work involved cross-functional collaboration with electrical engineers, textile designers, and internal mechanical teams. Using SolidWorks and in-house prototyping, we refined a production-ready enclosure that balanced durability, usability, and manufacturability—ensuring a seamless bridge between smart textile technology and scalable hardware.
