I will design compact low power wearable pcb with bluetooth ble for smart devices
PCB DESIGN ENGINEER
About this Gig
Hello welcome to my gig,
I specialize in designing wearable-grade PCBs that are small, energy-efficient, and production-ready, optimized for Bluetooth Low Energy communication and battery-powered operation.
What I Offer
- Design compact, low-power PCB
- Bluetooth Low Energy (BLE) integration
- Power efficient battery management
- Schematic design & PCB layout
- RF-optimized BLE antenna layout
- Ultra-low power consumption optimization
- Sensor integration
- DFM/DFA-ready files
What You Will Receive
- Complete schematic design
- PCB layout (Gerber + drill files)
- BOM (Bill of Materials)
Why Choose Me
- Experience in wearable & low-power electronics
- RF-aware BLE PCB design
- Compact form-factor expertise
- Production-ready, clean layouts
- Fast communication & support
- 100% custom design (no templates)
Contact me now and lets design your smart wearable PCB!
FAQ
How long does a typical PCB design take?
It depends on complexity, but generally 3–10 days. Contact me with your project details for a precise timeline.
Can you include sensors in the PCB design?
Yes. I can integrate sensors like heart rate, SpO2, temperature, IMU, motion, and more based on your project requirements.
Can you optimize for low power consumption?
Yes. I specialize in ultra-low-power designs suitable for coin cell and Li-Po batteries, ensuring your wearable lasts longer between charges.
Do you provide production-ready files?
Absolutely. You’ll receive schematics, PCB layout (Gerber + drill files), BOM, Pick & Place files, and power optimization guidelines—everything needed for manufacturing.
Which BLE modules or MCUs do you support?
I work with Nordic nRF52/nRF53 series, ESP32 (including C3/S3), Texas Instruments BLE MCUs, STM32 with BLE modules, and custom BLE modules.
Can you design PCBs for any wearable device?
Yes! I can design PCBs for smart rings, fitness bands, health monitors, IoT wearables, and other small, battery-powered smart devices.
What information do you need to start the design?
I’ll need your project idea, target size and shape, battery type, required sensors, BLE range, and any reference designs you have. Don’t worry if you’re unsure—I can guide you through it.

