I will develop wearable electronics with pcb, ble and embedded firmware, nrf52840, ppg
PCB Design, Embedded Firmware, IoT and Wireless Electronics
À propos de ce service
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.
Autres services de Ingénierie électronique I Offre
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.

