Initial schedule was mostly accurate, although estimates on the start date of certain stages like prototyping & testing were off by about one week
Scope has been adjusted in order to more realistically adhere to a revised schedule
- Prototyping criteria has been broadened to include more easily-accessible materials such as polymer clay instead of complete reliance on 3D-printing
- User testing requirements have been loosened to include sighted users if necessary
- New project deliverables have been defined in
Either Raspberry Pi or ESP32 will be used moving forward to accomplish the physical computing requirements, with assistance from faculty experts such as Doug Whitton, Steve Hudak, Katlin Walsh, & Myles Bartlett

Success Metrics

Create initial physical prototype and test it, then use it as a base to create refined prototypes
Collect user feedback on efficacy and usefulness of the device, then tweak UX to improve both
Create cohesive identity for the device, backed up with curated visual research, a consistent framework, and a case study that presents all this information in a good flow
Explore viability of new technologies & techniques by completing at least one test
- 3D print at least one iteration from hand-measured dimensions
- Modify model and print a refined version based on testing
- Demo computer vision & haptics separately

Schedule & Milestones