I will design wearable multisensor hardware prototype with clean biosignals and ble syc

Struggling with noisy biosignals, unstable BLE sync, or unreliable multisensor performance in your wearable prototype? I design clean, low-noise wearable hardware with precise sensor integration, optimized pcb design, and stable embedded communication. 

Whether you're building a research health tracker, IoT wearable, or custom biosignal device, I deliver accurate, power-efficient embedded systems ready for testing.

I specialize in multisensor wearable hardware built around ESP32, STM32, Raspberry Pi, and Nordic chips. Your prototype is engineered for clean biosignal acquisition, synchronized timing, reliable BLE streaming, and low-power performance.

What I Deliver

• Low-noise biosignal architecture (ECG, PPG, EDA, IMU, temp)
• Multisensor sensor integration with synchronized timing
• Stable BLE communication with optimized throughput
• Embedded system design for ESP32 / STM32 / Raspberry Pi
• Power management & battery optimization
• Complete prototype: schematic, pcb design, BOM, Gerber
• Firmware support for BLE + sensor reading

If you need a precise, reliable, production-ready multisensor wearable, I'm ready to build it.

Message me first so we can discuss your project.