
CAPACITIVE TEXTILE SENSING
2017 - 2020
DESIGN TRANSLATION
TEAM: Richard Vallett, Keith Taylor, Sol Schade, Genevieve Dion, Amy Stoltzfus
Weft knitting innately creates a serpentine path, bottom to top, building row by row while maintain a continuous path. In this case, that path is a capacitive one, surfacing at islands (black carbon-suffused polyamide yarn) to create touch-sensitive buttons. Richard Vallett converted this to a sensing modality, developing an LLM in collaboration with Drexel University's CCI team and Center for Functional Fabrics (myself and textile engineers) built out design rules through demonstrators e.g.
DEMO I | INTERNAL | Soft Knit Travel Keyboard | Programmed and knitted material samples
DEMO II | INTERNAL for PHILADELPHIA HACKATHON | Interior Chair Remote | Prototyped and co-built chair demo
TRAINING | w/ AFFOA @MIT | Touchpad PDK (Product Design Kit) | Built material samples for student exploration
MANUFACTURING AGNOSTIC | w/Apex Mills | | Built and recorded the SoloBag multi-controller demo
SCALING | for Haartz Corporation | Knit, prototyped and scaled automotive coated console pilot production

Automotive console remote for Haartz Auto., demonstrating scale up via automated industrial knitted pilot run.

Sensor fabric being used to train undergraduate research and design interns.

DEMO I | INTERNAL | Soft Knit Travel Keyboard | Programmed and knitted material samples.

MANUFACTURING AGNOSTIC | w/Apex Mills | | Built and recorded the SoloBag multi-controller demo. Featuring and in collaboration with Keith Taylor. Filmed by Amy Stoltzfus
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