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PRJ / 04 · Wearable R&D
OpenEarable Development
Prototype manufacturing, PCB evaluation, firmware integration, sensor research, enclosure development, and sourcing based on OpenEarable.
01 / Overview
Hands-on development work around the OpenEarable platform, spanning electronics evaluation through physical prototype realization.
Objectives
- Evaluate PCB and sensor behavior
- Integrate and validate firmware
- Develop manufacturable prototype enclosures and sourcing options
My role
Prototype manufacturing, PCB evaluation, firmware integration, sensor research, enclosure development, and sourcing. [Add context and boundaries.]
02 / Problem
Turning an open research platform into reliable physical prototypes requires coordination across hardware, firmware, sensors, sourcing, and enclosure constraints.
03 / System architecture
01Wearable sensors
02OpenEarable electronics
03Embedded firmware
04Data / application interface
Hardware
- OpenEarable platform
- [Add evaluated sensors]
- Prototype enclosures
Firmware / software
- Firmware integration
- Sensor evaluation tools
- [Add development stack]
04 / Development process
Process
[Add prototype revisions, fabrication methods, and evaluation process.]
Challenges
[Add miniaturization, sourcing, assembly, RF, battery, or comfort constraints as applicable.]
05 / Results
[Add verified prototype status and learning outcomes.]
06 / Image gallery
IMAGE / 01[Add prototype photograph]
IMAGE / 02[Add detail photograph]
DIAGRAM / 01[Add architecture visual]
Technologies used
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