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

Are your biosignals too noisy? BLE packets dropping? Sensors drifting out of sync?

Many wearable projects fail because of poor analog front-end design, improper PCB layout, timing issues between sensors, or unstable BLE communication.

These problems often appear late in development, causing costly redesigns and unreliable prototype performance.

I help startups, researchers, and product developers build wearable multisensor hardware that delivers clean biosignal acquisition, accurate timing synchronization, and reliable wireless data streaming.

Expertise:

• ECG, EMG, PPG, EDA, IMU, Temperature & Motion Sensors
• Low-Noise Analog Front-End (AFE) Design
• BLE SoC Integration nRF52, ESP32, STM32
• Time-Synchronized Multisensor Acquisition
• Low-Power Battery-Powered Systems
• Wearable PCB Design & Signal Integrity Optimization

Deliverables:

• System Architecture & Hardware Design
• Schematic & PCB Layout
• Component Selection & BOM
• Gerber & Manufacturing Files
• BLE Communication Architecture
• Prototype-Ready Design Package

Whether you're developing a medical research device, fitness wearable, health monitor, or custom biosensing platform,