Beaver Works Assistive Technology | Design of Assistive Technology | Walker, Assisted Ranger
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Walker, Assisted Ranger

Co-Designer

    My co-designer is my dad, however the device I am designing is for his father, my grandpa. 2 years ago, he had a stroke which left him unable to walk without aid. He hasn't tried any solutions yet as he hasn't had to leave the house yet, but as he slowly recovers, it is more important that he starts moving around more independently. I am working with my dad as his dad is in India and isn't in a condition to communicate a lot.

Co-Designer Needs Statement

  • Needs something lightweight
  • Needs something he can put some of his weight on
  • Needs to keep his wrist straight without putting a lot of weight on it

Product Requirements

  • Has to be a lightweight walker for the elderly.
  • Has to have an adjustable handle area.

Initial Brainstorming Narrative

I first thought of designing a walker with a seat and wheels on it so he could walk with it and sit on it if he needed to be pushed, but then further discussion made me realize it needs to help him progress towards becoming independent at walking and he also doesn't need to be pushed anymore.

Initial Prototype

Objectives

Overall Design Objective: Provide a comfortable grip on a walker to reduce wrist pain Prototype Design Objectives: See if final product is still feasible Assumptions: Co-designer will use this for several hours a day

Bill Of Materials

  • Walker
  • 1" PVC Pipe 2 ft
  • 1" PVC 90 deg Elbow
  • 1" PVC 90 deg Elbow
  • 4-Pack 1" PVC 4 Way Tee
  • 1" PVC Tee

Testing Plan

Most likely going to be tested on a flat surface inside the home, just for usability as the person I'm designing for is in India.

Testing Results

The walker grip was more comfortable for long term usage, however it did not reduce as much wrist pain as originally planned.

Prototype Conclusion: Able to move onto next prototype, need to adjust the padding on the walker grip.

a computer-aided drawing of a hinge

a metal walking aid

Final Prototype

Bill of Materials

  • TODO

Build Instructions

TODO

Test Plan

TODO

Results

TODO

Future Improvements

TODO

Scalability

TODO

Design Process Reflection

TODO

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