Final Deliverables
Proof of Concept Physical Computing Prototype
Our team designed a physical computing prototype which demonstrates the function of our product, VisualEyes. We designed this by interfacing ultrasonic sensors, buttons, and vibration motors with a RaspBerry Pi using python to program it.
These two images (above) show our final setup for our proof-of concept physical computing prototype. The first image is of our actual prototype interfaced with its sensors and ouputs. The second image is a circuit schematic of our physical computing prototype.
The slideshow (left) showcases the sensor housing that we designed as well as detailed drawings (ANSI Conventions) of the parts making up our sensor housing. It also showcases how the ultrasonic sensors fit in the housing units.
The above video demonstrates the functionality of our proof-of-concept physical computing prototype according to the test plan we set up.
Tangible Prototype
The above video is of our 3-D printed tangible prototype and demonstrates the form of our device (how it should be worn).
The slideshow (left) showcases the 3-D printed tangible prototype that we designed as well as detailed drawings (ANSI Conventions) of the parts making up our sensor housing. The three components are the frame, arms, and hinge bracket.
To learn more about VisualEyes, you can click on the PDF document (right).
Pitch Proposal
To pitch our wearable device project for entry into the wearable device market, we participated in the iBioMed mid-winter showcase where we presented our product and research to faculty staff, mentors, and peers.