I will design 4 layer medical wearable pcb, schematic and embedded firmware
pcb design and firmware development
About this Gig
Hello and Welcome!
Designing a reliable medical wearable requires more than fitting components onto a small PCB. It demands careful stack-up planning, signal integrity, low-noise analog front ends, power optimization, sensor accuracy, and firmware that communicates reliably with the hardware. A well-designed 4-layer PCB can help separate sensitive analog signals from digital switching noise while supporting compact routing and stable power distribution.
What I Will Provide:
- Custom 4-layer medical wearable PCB design
- Complete circuit schematic development
- PCB layout and stack-up planning
- Component selection and BOM preparation
- Embedded C/C++ firmware development
- STM32, ESP32, and microcontroller integration
- Low-power and battery optimization
- Manufacturing files and technical documentation
Why Choose Me?
- Technical, application-focused design approach
- Compact layouts for wearable electronics
- Hardware and firmware integration expertise
- Attention to signal integrity and power efficiency
- Clear communication and project-specific solutions
Ready to bring your electronics idea to life? Contact me today for professional PCB design, embedded systems, and firmware solutions!!!
FAQ
What services do you offer for medical wearable PCB design?
I provide 4-layer PCB design, circuit schematics, component selection, sensor integration, embedded C/C++ firmware, and manufacturing documentation for wearable electronics.
Can you design a compact 4-layer PCB for a wearable medical device?
Yes. I design compact 4-layer PCBs based on your device dimensions, component requirements, signal integrity, power budget, and sensor interfaces.
Do you provide both PCB design and embedded firmware?
Yes. Depending on your selected package, I can provide schematic design, PCB layout, and embedded C/C++ firmware for supported microcontrollers.
Which microcontrollers do you work with?
I work with STM32, ESP32, and other suitable microcontrollers depending on your project's processing, power, connectivity, and interface requirements.
Can you integrate medical sensors and analog front-end circuits?
Yes. I can assist with sensor interfacing, analog signal conditioning, data acquisition, and suitable circuit design based on your sensor specifications.

