I will design medical wearable and smart patch pcb with nrf52840
pcb designer and firmware development
About this Gig
Hello there!
Designing reliable medical wearable and smart patch PCBs requires precision, low-power optimization, and deep understanding of embedded systems. I specialize in developing high-performance PCB solutions using the nRF52840, a powerful BLE SoC ideal for health monitoring, biosensing, and compact wearable devices.
I will deliver a robust, production-ready design optimized for performance, size, and efficiency.
What I Will Provide:
- Custom schematic design based on your system requirements
- Professional PCB layout (compact, low-noise, optimized routing)
- Integration of nRF52840 BLE module/chip
- Support for sensors (temperature, ECG, SpO2, motion, etc.)
- Power management design (battery, charging, low power optimization)
- Gerber files ready for manufacturing
Why Choose Me:
- Strong experience in wearable electronics and IoT PCB design
- Focus on low power consumption and compact form factors
- Clean, manufacturable designs that reduce production issues
If you're developing a medical wearable or smart patch device, Im ready to help you bring it to life with a professional, reliable PCB design message now and let's get started!!!
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start the project?
I need your project requirements, features, preferred components, dimensions, and any reference design or block diagram.
Do you work with nRF52840 specifically?
Yes, I design PCBs using nRF52840 for BLE, low power IoT, and wearable applications with optimized performance.
Can you design for medical wearable or smart patch devices?
Yes, I design compact, low-power PCBs suitable for medical wearables, biosensors, and smart patch systems.
Do you provide firmware development?
Basic BLE firmware support can be included. Advanced firmware can be added as an extra service.
Do you design low power circuits for wearables?
Yes, I focus on power-efficient designs to extend battery life in wearable and smart patch devices.

