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I will develop medical wearable pcb, nrf52840, max30009, ecg, ble and firmware
PCB Designer and Embedded Systems Engineer
I am an electronics and embedded systems engineer specializing in automotive electronics high speed PCB design ECU hardware and vehicle communication systems. I design reliable circuit architectures a...
About this Gig
HELLO AND WELCOME!
I will develop compact medical and health wearable electronics where low power wireless connectivity, biopotential sensing and reliable embedded processing must work together within a constrained PCB footprint.
Whether you are developing an ECG wearable, health monitor, biosensor, fitness device, smart patch, wrist-worn device or connected medical prototype, I can help turn your system requirements into a structured hardware and firmware design.
What I Offer:
- Custom medical & health wearable PCB design
- nRF52840-based embedded hardware
- MAX30009 ECG/biopotential integration
- ECG analog front-end design
- BLE connectivity
Why Choose Me:
- System-Level Engineering
- Low-Noise Wearable Design
- nRF52840 + BLE Expertise
- Manufacturing Focus
Have an ECG wearable, health-monitoring device, biosensor, or BLE product in development? Send a message to get the work started.
FAQ
Can you design a compact wearable PCB?
Yes. I can optimize component placement, routing, power distribution and interfaces for compact wearable form factors.
Do you provide manufacturing files?
Yes. Depending on the selected package, I can provide Gerber, BOM, CPL/Pick-and-Place and editable PCB project files.
Can you work with an existing schematic or reference design?
Yes. I can develop from your existing schematic, reference circuit, datasheets or functional requirements and adapt the design to your wearable application.
Can you design a complete nRF52840 medical wearable PCB?
Yes. I can develop the hardware architecture, schematic, PCB layout and required embedded interfaces around the nRF52840.
Can you integrate the MAX30009 for ECG applications?
Yes. I can integrate the MAX30009 into the ECG signal chain with appropriate power, analog and digital interface considerations.
