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I will do embedded hardware, electrochemical wearable health patch pcb and ble firmware
About this Gig
Advanced Embedded Design for Health & Medical Wearables
Are you developing a next generation wearable health patch?
I specialize in designing electrochemical sensor based wearables, combining precision PCB design, low-power electronics, and BLE firmware for real time health monitoring.
What This Service Includes
- Electrochemical Sensor Integration
- Sensor interface design (glucose, lactate, pH, or custom analytes)
- Signal conditioning circuits (amplifiers, filters, ADCs)
- Calibration support for high accuracy measurements
- Noise reduction & interference mitigation
- PCB & Embedded Hardware Design
- Compact multi layer PCB for wearable form factor
- Low power microcontroller integration
- BLE module integration and antenna design
- battery optimization
Why Work With Me
- Senior embedded & wearable electronics engineer
- Deep expertise in low power health wearables
- Electrochemical sensor hardware and BLE firmware integration
- Focus on accuracy, reliability, and real world performance
- Clear documentation for production handoff
Build a reliable, high precision wearable health patch with professional PCB design and BLE firmware today! Message me to start your next generation wearable project.
Other Electronics Engineering Services I Offer
FAQ
What does this service include?
Complete PCB design, electrochemical sensor integration, BLE firmware, power management, and pre production guidance.
Which sensors can you integrate?
Glucose, lactate, pH, custom electrochemical analytes, or other low power wearable sensors.
Do you provide PCB files ready for manufacturing?
Yes. Schematic and PCB layout files are provided, with DFM review and pre production readiness guidance.
Can I get calibration or testing guidance?
Yes. I include recommendations for sensor calibration, signal validation, and analog performance checks.
What do you need to start?
Sensor type(s), target measurements, battery specifications, BLE communication preference, and patch size/form factor.
