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 placing components on a compact PCB. The electronics must balance ultra low power operation, wireless connectivity, motion sensing, signal integrity, thermal constraints, and tight mechanical space. I develop custom wearable electronics around these requirements, from sensor architecture and schematic design through PCB layout and embedded firmware.
What I Will Provide:
- Custom AR/ smart glasses PCB design
- BLE electronics using suitable Nordic, ESP32, or comparable platforms
- 6 axis / 9 axis IMU integration and sensor fusion
- Accelerometer, gyroscope and magnetometer integration
- BLE communication, GATT services and device configuration
Why Choose Me?
- Technical approach focused on real wearable constraints
- Clean, compact and manufacturable PCB architecture
- Careful power budget and battery life consideration
- Reliable IMU and sensor interface implementation
- Design decisions based on performance, availability and production requirements
Send me your requirements, mechanical constraints, preferred components, and functional goals, and let's build your AR glasses electronics system.
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.

