I will design smart glasses pcb ble lot wearable electronics and embedded firmware
PCB Embedded and Firmware Development Engineer
About this Gig
Hello and Welcome!
I will design compact, low-power electronics for smart glasses, integrating Bluetooth Low Energy (BLE), wearable sensors, wireless communication, and embedded firmware into a practical hardware architecture optimized for limited space, battery life, and reliable operation.
My focus is on engineering smart-glasses electronics with careful consideration of PCB miniaturization, component selection, RF layout, power management, sensor interfaces, and firmware integration.
What I Will Provide:
- Custom smart glasses PCB schematic and compact PCB layout
- BLE connectivity and wireless hardware integration
- Battery charging, power regulation, and low power optimization
- Embedded firmware development and hardware interfacing
- PCB design files, Gerbers, BOM, and manufacturing outputs
- Prototype debugging and design for manufacturing support
Why Choose Me?
- Compact PCB layouts engineered for wearable constraints
- BLE and RF design with signal integrity in mind
- Firmware and hardware developed as one integrated system
- Production focused documentation and clear communication
Send me your concept, target features, preferred components, and project requirements.
Other Electronics Engineering Services I Offer
FAQ
Can you design a custom PCB for smart glasses?
Yes. I can design compact wearable PCBs around your selected MCU, BLE hardware, sensors, battery, and frame-size constraints.
Can you develop Bluetooth Low Energy firmware?
Yes. I can implement BLE advertising, GATT services, characteristic handling, and device to device communication according to your hardware and application requirements.
Which microcontrollers do you support?
I can work with compatible nRF52, ESP32, STM32, and other embedded platforms, depending on power consumption, processing, connectivity, and peripheral requirements.
Can you integrate motion and environmental sensors?
Yes. I can integrate supported IMUs, proximity sensors, temperature sensors, and other components through compatible interfaces such as I2C and SPI.
Can you optimize the design for battery life?
Yes. I can help implement sleep modes, BLE connection strategies, sensor duty cycling, and efficient power management based on the selected hardware.

