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I will wearable biosensor expert edge ai emg ble pcb medical device engineer esp32
pcb design embedded system and firmware development
Hello! I'm Leonard Hayes an electronics engineer specializing in PCB design embedded systems and firmware development. I design reliable high performance electronic solutions from circuit schematics a...
About this Gig
HELLO AND WELCOME!
Developing an intelligent wearable biosensor requires more than basic circuit design. It involves precision analog signal acquisition low noise EMG front end circuitry biomedical sensor integration real time embedded processing Bluetooth Low Energy
BLE communication and edge AI implementation within a compact power efficient hardware architecture.
I specialize in designing custom wearable biosensor systems integrating EMG sensors biomedical analog front ends ESP32 microcontrollers BLE connectivity and edge AI capabilities into optimized custom PCBs.
WHAT I WILL PROVIDE:
- Custom wearable biosensor PCB design and layout
- EMG sensor and biomedical signal acquisition integration
- Low-noise analog front-end circuit design
- ESP32 and ESP32-S3 microcontroller integration
- Bluetooth Low Energy (BLE) connectivity
WHY CHOOSE ME?
- Specialized knowledge of embedded and biomedical electronics
- Expertise in EMG and wearable sensor integration
- Reliable ESP32 BLE and wireless communication solutions
- Optimized low-power PCB architecture for wearable devices
- Practical edge AI and embedded firmware integration
Ready to build your smart wearable device?, MESSAGE NOW!!!
Specialization:
Circuit design
•
Schematics
•
Layout
•
Analysis
•
Gerber
File format:
Gerber
•
STEP
•
VRML
•
SCH
•
3DS
Software:
Allegro
•
Altium Designer
•
Eagle CAD
•
EasyEDA
•
KiCad
•
LabVIEW
FAQ
Can you design a complete wearable EMG biosensor PCB?
Yes. I can design a custom wearable PCB integrating EMG electrodes, analog front-end circuitry, microcontrollers, power management, and wireless connectivity.
Can you work with ESP32 and ESP32-S3?
Yes. I can integrate ESP32 and ESP32-S3 platforms for embedded processing, BLE communication, sensor acquisition, and suitable edge AI applications.
Can you integrate EMG sensors and signal conditioning circuits?
Yes. I can design low-noise EMG signal acquisition circuits, including instrumentation amplifiers, filtering stages, and analog-to-digital conversion interfaces.
Can you implement Edge AI in wearable devices?
Yes. I can help integrate TinyML and suitable edge AI models for local sensor data processing, activity classification, and intelligent monitoring.
Can you implement Bluetooth Low Energy connectivity?
Yes. I can develop BLE functionality for wireless sensor data transmission and communication with compatible mobile devices or other systems.
Can you design a compact battery-powered wearable device?
Yes. I can optimize PCB dimensions, component selection, battery charging, voltage regulation, and low-power operation.
Can you work with an existing wearable biosensor project?
Yes. I can review your existing hardware architecture, schematic, PCB layout, or firmware and help improve or extend your design.
Do you provide certified medical devices?
I provide electronic hardware and embedded system engineering services. Medical certification, regulatory approval, and clinical validation require separate specialist processes.
