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I will design wearable sensor pcb, imu fusion ble motion tracking and embedded firmware
PCB, Embedded and Firmware Development Engineer
HELLO AND WELCOME,
I'm Ayodele David, a professional electronics engineer specializing in PCB Design, Embedded Systems, and Firmware Development. I help startups, businesses, and innovators transform ...
Über diesen Service
HELLO AND WELCOME,
I will engineer compact wearable electronics that translate raw inertial sensor data into reliable, synchronized motion tracking outputs. From 6 axis/9 axis IMU integration and sensor fusion to Bluetooth Low Energy (BLE) communication, custom PCB layout, and embedded firmware, I develop hardware software systems optimized for low power, signal integrity, and real time performance.
What I Will Provide:
- Custom wearable sensor PCB design and schematic development
- 6-axis/9-axis IMU integration
- Sensor fusion algorithms for orientation and motion estimation
- BLE connectivity and wireless data transmission
- Embedded firmware for ESP32, nRF52, STM32, and compatible MCUs
- Motion tracking, calibration, and sensor data processing
- PCB layout, component selection, BOM, and Gerber files
Why Choose Me?
- Engineering driven designs optimized for real world performance
- Reliable sensor integration and motion data accuracy
- Manufacturable PCB layouts with clear technical documentation
Let's discuss your sensor requirements, tracking accuracy, wireless range, and power budget. Place your order or message me to define the right technical scope for your project.
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FAQ
Can you design a complete wearable sensor PCB?
Yes. I can develop the schematic and PCB layout around your chosen sensors, microcontroller, battery, BLE requirements, and enclosure constraints.
What IMU sensors can you integrate?
I can work with compatible accelerometers, gyroscopes, and magnetometers, depending on your accuracy, power, sampling rate, and interface requirements.
Can you implement IMU sensor fusion?
Yes. I can implement suitable complementary, Madgwick, Mahony, or Kalman based filtering approaches, depending on the hardware and desired motion estimation performance.
Can you transmit motion data over Bluetooth Low Energy?
Yes. I can develop BLE services, characteristics, and data packet handling for transmitting sensor readings or processed motion data to a compatible application or receiver.
Which microcontrollers do you support?
I can work with compatible ESP32, STM32, Nordic nRF52/nRF53, and other microcontroller platforms, depending on the project's processing, power, and wireless requirements.
Will the device provide accurate motion tracking?
Accuracy depends on the IMU, calibration, sensor placement, mechanical movement, fusion algorithm, and test conditions. I can implement and evaluate the motion estimation approach, but specific accuracy targets require validation.
