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I will design wearable sensor pcb, imu sensor fusion, ble and embedded firmware
PCB Design and Embedded System
HELLO AND WELCOME,
I'm Kyle French, I work at the intersection of electronics hardware, embedded firmware, and real world product requirements. My experience includes taking technically complex concep...
About this Gig
Hello and Welcome!!!
Wearable devices demand more than a compact PCB they require precise sensor timing, reliable power management, low noise signal acquisition, efficient wireless communication, and firmware that keeps every subsystem synchronized. I design custom wearable sensor PCBs with IMU sensor fusion, BLE connectivity, and embedded firmware for motion tracking, smart wearables, fitness devices, IoT sensors, and portable electronics.
What I Will Provide:
- Custom wearable sensor PCB schematic and layout
- IMU integration and 6 axis/9 axis sensor fusion
- BLE hardware and Bluetooth Low Energy firmware
- ESP32, nRF52, STM32 and other MCU based designs
- Sensor interfacing via I2C, SPI, UART and GPIO
Why Choose Me:
- Technical approach focused on real world wearable constraints
- Careful attention to sensor placement and signal integrity
- Optimized for low power, compact form factors and reliability
- Clean, maintainable embedded firmware
Send me your requirements, block diagram, or existing design, and let's build your wearable device.
Other Electronics Engineering Services I Offer
FAQ
Can you design the wearable PCB from scratch?
Yes. I can develop the schematic, PCB layout, component selection, and manufacturing files from your requirements.
Can you integrate 6 axis or 9 axis IMUs?
Yes. I can integrate accelerometers, gyroscopes, magnetometers and develop sensor fusion firmware for motion and orientation tracking.
Can you develop BLE firmware?
Yes. I can develop BLE firmware for advertising, GATT services, notifications, data transfer, configuration and communication with mobile applications.
Which microcontrollers can you work with?
I can work with platforms such as ESP32, STM32, nRF52 and other suitable ARM based or wireless MCUs.
Can you optimize the wearable for battery life?
Yes. I can implement low power hardware and firmware strategies including sleep modes, power-domain control and efficient sensor sampling.
