| Skill Level | Area of Focus | Operating System |
|---|---|---|
| Advanced | 3D Printing & Modeling, Education, IoT, Robotics, Toys | Linux |
This DragonBoard™ 410c-based project covers the robotic mechanism of The Robot Dress, which can be thought of as a "smart crinoline".
The objective of the dress is to inspire people, especially kids, to realize engineering can be applied to anything and to break stereotypes of what engineering can be applied for. The function is to be entertaining by moving the skirt portion of the dress.
The actual dress portion is what goes over the mechanism and is not permanently fixed, so we hope to see more dresses over this mechanism.
Objective
There are a couple inspirations for this robotic dress. One is to inspire people to think of non-traditional applications of engineering. Another is to imagine how a wearable could aid with social anxiety. Since the robotic mechanism can be thought of as a "smart crinoline", we hope to see it under more dresses!
Build / Assembly Instructions
Materials Required / Parts List / Tools
- DragonBoard 410c
- Robot Dress 3D Parts and Assembly List
- Dress Layout 4A STL File
- Dress Layout 4B STL File
Source Code / Source Examples / Application Executable
Additional Resources
Build / Assembly
Contributors
| Name | Title | Company |
|---|---|---|
Saura Naderi | Engineer | Qualcomm Technologies, Inc. |
Jim Wilson | Sr. Staff Engineer | Qualcomm Technologies, Inc. |
Jonathan Berling | Staff Engineer | Qualcomm Technologies, Inc. |
Paul Ferrell | Staff Engineer | Qualcomm Technologies, Inc. |
Dr. Sarah Gibson | Senior Engineer | Qualcomm Technologies, Inc. |
Donald Hutson | Sr. Staff Support Engineer | Qualcomm Technologies, Inc. |
