2020 Vision: Wearable Haptic Ultrasonic Object Detector; The Efficacy and Acceptability of Assistive Devices for the Visually Impaired 256 views

A successful assistive device must not only work in the lab; it must be adopted by its intended users. A capstone team, 2020 Vision, contributed to the design, development, and production of a wearable device that improves the user’s situational awareness. The device communicates with the user through a haptic feedback system and an ultrasonic sensor, protecting the wearer from incoming objects. We conducted cost and production analyses to ensure a low-cost system that can be marketed to a wide range of users. The team shipped a working prototype of the device, contributing to efforts to develop low cost, wearable assistive devices for the visually impaired. To succeed, an assistive device must be accepted by its intended users. Deterrents include complexity, incompatibility with external systems, and social stigma. Efforts to serve the needs of disabled persons must identify and integrate social and technical factors. I would like to thank the members of 2020 Vision: Jazlene Guevarra, Renée Mitchell and Bill Zhang, and our technical capstone consultant Kevin Dela Merced, for a successful and joyful journey into electrical and computer engineering.

BS (Bachelor of Science)

Impaired Vision; Wearable Object Detector; Ultrasonic ; Efficacy and Acceptability; Blind

School of Engineering and Applied Science Bachelor of Science in Computer Engineering Technical Advisor: Harry Powell STS Advisor: Peter Norton Technical Team Members: Jazlene Guevarra, Renée Mitchell, Bill Zhang

English

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2020-05-06