I will design smartwatch pcb, esp32 stm32, low power bluetooth and embedded electronics
PCB Design And Embedded Systems Engineer, Wearable Electronics, ESP32 And IoT
About this Gig
Are you looking for a reliable smartwatch PCB deslgner to turn your electronics idea into a professional, production ready board? I can help you deslgn custom PCBs for smartwatches, wearables, IoT devices, and embedded electronics.
What I Offer:
Smartwatch & wearable PCB deslgn
ESP32 & STM32 PCB deslgn
Bluetooth / BLE integration
Low power and battery powered PCB deslgn
Sensors, displays, buttons & charging circuits
Power management and battery optimization
Schematic capture & PCB layout
Component selection & footprint creation
DFM and deslgn optimization
Software I Use:
Altium Deslgner
KiCad
EasyEDA
Autodesk
Fusion 360 Electronics
Files Youll Receive:
Complete schematic
PCB layout/source files
Gerber & drill files
BOM (Bill of Materials)
Pick & Place files
PDF documentation
I focus on clean layouts, reliable power distribution, proper component placement, and deslgns ready for manufacturing.
Have a project in mind? lets turn your idea into a professional PCB design!
Kindly contact me first to discuss your project requirement before placing an order Thanks.
FAQ
Can you design a custom smartwatch PCB?
Yes. I can design custom smartwatch and wearable PCBs based on your requirements, including MCU, sensors, display, battery, charging, and connectivity.
Can you work with ESP32 and STM32?
Yes. I can design PCBs using ESP32, STM32, and other suitable microcontrollers depending on your project's requirements.
Can you integrate Bluetooth or BLE?
Yes. I can integrate Bluetooth/BLE functionality and design the supporting circuitry for your wearable or embedded device.
What files will I receive?
Depending on the package, you can receive schematic files, PCB source files, Gerber files, drill files, BOM, Pick & Place files, and PDF documentation.
What do you need to start the project?
Please send your project requirements, preferred components/MCU, board dimensions, connectivity needs, battery details, and any reference designs or specifications you have.

