I will wearable biosensor expert edge ai emg ble pcb medical device engineer esp32
pcb design embedded system and firmware development
Informazioni su questo servizio
HELLO AND WELCOME!
Developing a wearable medical device requires far more than simply connecting sensors to a microcontroller. Signal integrity, ultra-low-power hardware, analog front-end optimization, wireless reliability, firmware architecture, and regulatory-conscious PCB design all determine whether your product becomes a dependable prototype or an unreliable experiment.
I deliver production-ready hardware designed for accuracy, battery efficiency, and scalability.
What I Will Provide:
- Custom wearable PCB design
- Medical-grade schematic design
- EMG / ECG / EEG biosensor hardware
- BLE Low Energy communication
- ESP32 embedded firmware
Why Choose Me?
- Specialized in wearable electronics
- Strong biomedical PCB experience
- Edge AI embedded implementation
- Low-noise analog circuit expertise
- BLE communication optimization
Let's build your next-generation wearable medical device with precision hardware, intelligent firmware, and production-ready engineering. MESSAGE NOW!!!
FAQ
Can you design EMG, ECG, EEG, and other biosensor hardware?
Yes. I develop wearable biosensor electronics including EMG, ECG, EEG, PPG, SpO₂, temperature, IMU, and multi-sensor medical devices.
Which microcontrollers do you support?
I work with ESP32, STM32, Nordic nRF52/nRF53, nRF9160, RP2040, and other ARM Cortex-M platforms.
Can you develop BLE firmware?
Absolutely. I design complete BLE communication, GATT profiles, mobile connectivity, OTA updates, and low-power firmware.
Do you implement Edge AI?
Yes. I integrate TinyML and Edge AI models for on-device inference including gesture recognition, EMG classification, anomaly detection, and biosignal processing.
Can you help after delivery?
Absolutely. I provide post-delivery support, revisions, prototype debugging, and design improvements.

