I will develop wearable electronics with pcb, ble and embedded firmware, nrf52840, ppg
PCB Design, Embedded Firmware, IoT and Wireless Electronics
About this Gig
HELLO THERE,
Precision wearable product development combines compact PCB engineering, Bluetooth Low Energy, embedded firmware, sensor integration, and efficient power management. I develop custom electronics for smartwatches, fitness trackers, smart bands, AR/smart glasses, IoT wearables, and connected devices, focusing on reliable hardware-firmware integration and manufacturable designs.
What I will provide:
- Custom wearable PCB architecture and schematic design
- Compact multilayer PCB layout and component optimization
- BLE, Wi-Fi, MCU, antenna, and wireless integration
- IMU, PPG, ECG, GPS, temperature, and sensor integration
- Battery charging, PMIC, protection, and low-power optimization
- BOM, Gerbers, pick-and-place, 3D files, and documentation
Why Choose Me:
- Wearable, embedded, IoT, and PCB engineering expertise
- Strong knowledge of BLE, sensors, MCUs, and power architecture
- Clean, compact, scalable, and manufacturable designs
- Professional communication and structured delivery
Turn your wearable concept into functional hardware. Send your specifications, MCU, sensors, dimensions, connectivity needs, and references, and I will develop a reliable solution ready for manufacturing.
Other Electronics Engineering Services I Offer
FAQ
Do you provide embedded firmware?
Yes, embedded C/C++ firmware, sensor drivers, communication protocols, and hardware-firmware integration can be included.
Can you integrate BLE and sensors?
Yes, I can integrate BLE, Wi-Fi, IMU, PPG, ECG, GPS, temperature sensors, and other required peripherals.
Can you develop custom wearable electronics?
Yes, I develop custom hardware for smartwatches, fitness trackers, smart bands, AR glasses, and IoT wearables.
What files will I receive?
Depending on the package, deliverables can include schematic, PCB source, BOM, Gerbers, 3D files, pick-and-place, firmware, and documentation.
Can you optimize the design for compact size and battery life?
Yes, I can optimize PCB architecture, component placement, power management, and firmware for compact low-power applications.

