I will design low power motion tracking wearable pcb with ble firmware
pcb design, embedded system and firmware developmrnt
About this Gig
Hello and Welcome!
Are you building a wearable motion tracking device and need a compact, low-power PCB with reliable BLE communication?
I will design a low power wearable motion tracking PCB with optimized hardware architecture and custom BLE firmware ideal for MVP prototypes, research devices, or scalable product development.
What I Offer:
- Custom low-power PCB design for wearable devices
- IMU sensor integration (6-axis / 9-axis)
- BLE firmware development (ESP32 / nRF52 / similar MCU)
- Power optimization & battery management design
- Sensor fusion implementation (Madgwick / Mahony / Kalman)
- Motion tracking & orientation estimation
- Data logging and synchronization strategy
- Schematic, PCB layout, Gerber files & BOM
Why Choose Me?
- Experience in wearable PCB & embedded systems
- Focus on low-power and compact design
- Scalable architecture for future expansion
- Clean documentation and production-ready files
Whether you need a functional MVP or a scalable motion tracking platform, I can help you build a reliable and energy-efficient solution
Contact me before placing an order to discuss your system requirements!!
Other Electronics Engineering Services I Offer
FAQ
What microcontrollers do you support?
I work with ESP32, nRF52, ARM Cortex MCUs, and other low-power platforms.
Which IMU sensors can you integrate?
I can integrate 6-axis or 9-axis IMUs such as BNO08x, ICM-20948, MPU series, and similar.
Is the design optimized for low power?
Yes. Power efficiency, battery life, and compact wearable layout are key priorities.
Do you provide BLE firmware?
Yes. I develop custom BLE firmware for data streaming and device communication.
Will I receive manufacturing files?
Yes. You’ll get schematic, PCB layout, Gerber files, BOM, and documentation.
Can the system scale to multiple IMUs?
Yes. The architecture can be designed to support multiple IMU nodes if required.

