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I will develop multi imu wearable motion tracking hardware
pcb design, embedded system, firmware development
I’m Ryan Thompson, a hardware-focused PCB designer and embedded systems engineer. I transform concepts into manufacturable electronic products through precision schematic design, multilayer PCB layout...
About this Gig
Hello and Welcome!
Are you building a wearable motion capture or tracking system that requires accurate, real-time body movement data? I will develop a multi-IMU wearable motion tracking hardware solution designed for reliability, compact size, and functional MVP validation. I will design compact, low-power embedded hardware optimized for sensor fusion and real-time processing.
What I Offer:
- Multi-IMU hardware architecture design
- Sensor selection (IMU, MCU, wireless module)
- Custom PCB design for wearable form factor
- BLE or WiFi data transmission
- Power management and battery optimization
- Sensor fusion firmware foundation
- Data acquisition and recording pipeline guidance
Why Choose Me:
- Strong embedded systems experience
- Optimized wearable PCB layout practices
- Real-time motion data design approach
- Scalable architecture for future expansion
- Clear and structured technical communication
Send your project details today and lets build your wearable motion tracking system the right way!!!
Other Electronics Engineering Services I Offer
FAQ
How many IMU sensors can you integrate?
I can design systems with multiple IMUs depending on your motion tracking needs and synchronization requirements.
Do you provide both hardware and firmware?
Yes. I develop the wearable PCB and the embedded firmware for data acquisition and communication.
Do you implement sensor fusion algorithms?
Yes. I provide a firmware foundation with basic sensor fusion (e.g., orientation estimation) and scalable architecture for advanced tracking.
Can the device transmit data wirelessly?
Yes. I can integrate BLE or WiFi modules for real-time motion data transmission.
Is the design suitable for AR/VR or motion capture?
Yes. The hardware can be optimized for AR/VR, skeleton tracking, robotics, sports analysis, or research applications.
