Phone Holder design

Overview

Employing ingenuity and precision, we crafted a phone holder for Tiffany's electric wheelchair, seamlessly integrating convenience into her mobility experience. Designed with durability in mind, our innovative solution ensures robustness without sacrificing ease of use. Engineered to withstand daily wear and tear, the holder boasts a secure mounting mechanism, effortlessly attaching to the chair for reliable support. With a thoughtful combination of functionality and practicality, our creation not only enhances Tiffany's accessibility but also reflects our commitment to delivering tailored solutions that elevate her comfort and convenience with every journey.

Reflection

Looking back at how I used AutoCAD and 3D printing to make Tiffany's phone holder for her wheelchair, it's been a cool and eye-opening experience. First, I used AutoCAD to plan out exactly how the holder would fit on her chair. I paid close attention to every detail to make sure it would work perfectly.

Then, when the designs were ready, I moved on to 3D printing. Watching the designs come to life in real life was really cool. 3D printing let me make really detailed parts that would have been hard to make otherwise.

As I kept working on the project and testing out different versions, I learned a lot about how to make things with 3D printing. It was neat to see how adjusting small details could make a big difference in how well the holder worked.

Finally showcasing our design to IaI's and TA's was a pivotal moment. Observing the potential applications of our creation was enlightening, particularly when considering how it could assist individuals like Tiffany.The mere thought of how technology can improve people's lives on a daily basis resonated deeply. It's truly empowering to realize that something I've contributed to could enhance someone's quality of life in a small but meaningful way.

Design Process

  • Modeling

    1. Understanding User Needs and Constraints:
    -Conduct interviews and observations with Tiffany to understand her mobility challenges
    -Identify key functionalities desired by Tiffany

    2. Concept Development:
    -Develop sketches, mockups, and prototypes
    -Evaluate concepts against Tiffany's requirements
    -Incorporate feedback and refine designs

    3. Engineering and Prototyping:
    -Create 3D models and prototypes
    -Test prototypes for functionality and durability.

    4. Testing and Validation:
    -Conduct rigorous testing under simulated conditions
    -Gather feedback from users.
    -Iterate designs based on test results and feedback

    • Initial CAD Prototype

    Physical initial Protoype

    Finalized CAD Prototype

    Finalized Physical Protoype