I will develop ar glasses pcb ble imu sensors, sensor integration and embedded firmware
PCB Design ,Embedded System and firmware development
About this Gig
HELLO AND WELCOME!
Building AR glasses requires more than a compact PCB it demands precise sensor integration, low power wireless communication, and firmware optimized for real-time wearable performance.
I develop custom electronics for AR smart glasses, integrating BLE connectivity, IMU motion sensors, microcontrollers, and embedded firmware into compact, power efficient hardware architectures.
What I Provide:
- Custom AR glasses PCB design and component selection
- BLE hardware integration and wireless communication
- IMU integration for motion tracking and orientation sensing
- MCU selection, schematic capture, and PCB layout
- Embedded C/C++ firmware development
- Low power design and battery optimization
- BOM, Gerber, and manufacturing ready design files
Why Choose Me?
- Compact PCB architecture for wearable electronics
- Reliable BLE and sensor communication
- Practical engineering with manufacturability in mind
- Clear communication and structured project delivery
Ready to build your AR glasses? Message me today to get started! I'll help define the hardware architecture and development scope for your project.
Other Electronics Engineering Services I Offer
FAQ
Can you design a completely custom AR glasses PCB?
Yes. I can develop a custom PCB around your mechanical, electrical, power and connectivity requirements.
Can you integrate IMU sensors?
Yes. I can integrate accelerometers, gyroscopes, magnetometers and 6 axis/9 axis IMUs with appropriate interfaces and firmware.
Can you develop the embedded firmware too?
Yes. I can develop firmware for sensor acquisition, calibration, processing, BLE communication and hardware control.
Can you implement Bluetooth Low Energy?
Yes. I can implement BLE connectivity, GATT services, characteristics, device configuration and communication features.
Can you work with ESP32, Nordic or STM32?
Yes. I can work with suitable ESP32, Nordic nRF series, STM32 and comparable embedded platforms depending on the project.

