I will wearable biosensor expert edge ai emg ble pcb medical device engineer esp32
pcb design embedded system and firmware development
About this Gig
HELLO AND WELCOME!
Modern wearable medical devices demand more than just a PCB they require reliable biosignal acquisition ultra low power electronics intelligent edge processing wireless connectivity and designs that are ready for real world deployment .you're developing a wearable biosensor EMG monitoring device rehabilitation system health tracker sports performance monitor or medical IoT product, I can help transform your concept into a production-ready electronic system.
what i will provide!
- Wearable biosensor PCB design (28+ layers)
- EMG signal acquisition and conditioning circuits
- BLE 5.0 /BLE Mesh communication
- ESP32 / ESP32-S3 firmware development
Why Choose Me?
- Specialized in wearable medical electronics and biosensor systems
- Strong expertise in ESP32, BLE, Embedded C/C++, and Edge AI
- Focus on low-power architecture for battery-operated wearables
- PCB designs optimized for manufacturing and reliability
Whether you're a startup researcher healthcare company or product developer I'll help you design a reliable wearable medical device from concept to production-ready hardware. Every project is engineered for performance scalability and real-world deployment.
Specialization:
Circuit design
•
Schematics
•
Layout
•
Analysis
•
Gerber
File format:
Gerber
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STEP
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VRML
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BRD
•
3DS
Software:
Allegro
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Altium Designer
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Eagle CAD
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EasyEDA
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KiCad
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LabVIEW
Interface:
I2S
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USB
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SPI
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I2C
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PCIe
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Wi-Fi
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BLE
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BT
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LTE
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NB-IoT
FAQ
Can you design complete wearable medical devices from scratch?
Yes. I can handle the complete electronics development process including architecture schematic PCB layout firmware BLE communication and manufacturing files.
Which biosensors can you integrate?
I work with EMG ECG EEG PPG SpO₂ temperature IMU pressure heart-rate motion and many other biomedical sensors.
Can you implement Edge AI on wearable devices?
Yes. I can deploy TinyML and TensorFlow Lite Micro models for real-time inference directly on supported microcontrollers reducing latency and cloud dependency.
Do you provide prototype support after delivery?
Yes. I provide post-delivery technical support to assist with prototype testing debugging revisions and manufacturing guidance where needed.
Can you improve or redesign an existing wearable PCB?
Yes. I can optimize existing designs for lower power consumption improved signal quality better PCB layout enhanced reliability or reduced manufacturing cost.

