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I will medical sensor pcb with mcu integration, biomedical sensors, embedded c firmware
Electronics Engineering
I'm Nathaniel Oladele, an electronics engineer specializing in PCB design, embedded systems, and firmware development. I help startups, businesses and product developers turn ideas into reliable elect...
About this Gig
HELLO AND WELCOME!
Reliable medical sensor electronics require careful signal acquisition, noise control, sensor interfacing, and firmware integration. A well-designed PCB helps maintain signal quality, efficient power usage, and dependable communication between biomedical sensors and the microcontroller.
I will design custom medical sensor PCBs with MCU integration, biomedical sensor interfaces, and embedded C firmware for healthcare prototypes, wearable monitoring devices & biomedical electronics projects.
What I Will Provide:
- Custom medical sensor PCB design and schematic development
- Biomedical sensor integration and signal conditioning
- MCU selection and peripheral interfacing
- Embedded C firmware development
- ECG, PPG, temperature, and other sensor interfaces
- Component selection, BOM, Gerber & design files
Why Choose Me?
- PCB design tailored to your application
- Hardware and firmware integration
- Focus on signal integrity and power efficiency
- Clear technical communication & documentation
- Deliverables matched to your project requirements
Ready to develop your medical sensor PCB? Message me today to turn your biomedical concept into a functional hardware and firmware solution!!!
FAQ
What information do you need to start?
Please provide your project requirements, target sensors, preferred MCU, power source, communication interfaces, and existing schematics if available.
Which biomedical sensors can you integrate?
ECG, PPG, heart-rate, temperature, and other compatible sensors, depending on the required application and hardware.
Do you provide embedded C firmware?
Yes. Firmware can include sensor acquisition, peripheral drivers, data processing, and communication features based on the selected package.
Can you design a multilayer medical sensor PCB?
Yes. I can design 2–4 layer boards, with layer count and layout complexity determined by signal integrity, size, and routing requirements.
