I will wearable pcb, smartwatch pcb, esp32, rf and iot pcb
Wearable PCB Designer , BLE, Medical IoT and Low Power STM32 Expert
About this Gig
Looking for a professional PCB engineer for your wearable, smartwatch, ESP32, RF, or IoT project?
I will develop a reliable, compact, and production-ready PCB tailored to your requirements.
I specialize in:
- Wearable PCB development
- Smartwatch and wearable electronics
- ESP32-based hardware
- RF and wireless electronics
- IoT hardware
- Compact and embedded systems
- Sensor and battery-powered devices
My services include:
- Circuit and schematic development
- Professional PCB layout and routing
- Component selection
- ESP32 integration
- RF and wireless implementation
- Power management
- PCB size optimization
- Custom footprint creation
- DFM optimization
- Gerber files and BOM
Whether you have an idea, block diagram, existing schematic, or reference project, I can help transform it into a reliable and manufacturable hardware solution.
Send me your project requirements and let's discuss your hardware needs.
FAQ
What do you need from me to start the PCB design?
I need your project requirements, schematic, block diagram, component list, datasheets, or any existing design files you have. If you only have an idea, I can also help you define the hardware requirements before starting.
Can you design a compact PCB for wearable or smartwatch devices?
Yes. I specialize in compact PCB designs for wearable devices, smartwatches, ESP32 products, IoT devices, BLE electronics, and battery-powered applications, with attention to size, component placement, power, and manufacturability.
Can you work with ESP32, Wi-Fi, BLE, and RF designs?
Yes. I can design PCB hardware around ESP32 and work with interfaces and wireless technologies such as Wi-Fi, BLE, UART, SPI, I2C, USB, and RF-related circuitry.
What files will I receive after the project?
Depending on your package, deliverables can include schematic files, PCB layout/source files, Gerber files, drill files, PDF documentation, BOM, and 3D/STEP files where applicable.
Can you modify or improve an existing PCB design?
Yes. I can review an existing schematic or PCB and help improve the layout, component placement, routing, power design, size, manufacturability, and overall hardware reliability.

