I will design esp32 iot pcb for smart devices, sensors, wireless and embedded project
Electronics Engineer PCB Design, RF, Power Electronics and Embedded Systems
About this Gig
Gig Description:
Are you in need of a custom ESP32 IoT PCB that is reliable, compact, and ready for your smart device or embedded project? I'm a US based PCB designer focused on turning your idea, schematic, or requirements into a professional hardware solution.
What I Offer:
- ESP32 IoT PCB Des!gn
- Smart Device Electronics
- WiFi and Bluetooth PCB
- IoT Sensor Boards
- ESP32-S3 / ESP32-C3 Des!gn
- Sensor Interface Circuits
- Battery-Powered Devices
- Power Supply and Regulation
- Relay and MOSFET Control
- I2C / SPI / UART Interfaces
- Embedded Hardware Des!gn
- Custom Prototype PCB
What You Will Receive
- Professional schematic
- PCB layout and routing
- BOM with component details
- Gerber and manufacturing files
- PCB des!gn source files
- Des!gn review and revisions
Perfect For:
- Smart home devices
- IoT products
- Industrial sensors
- Wearable electronics
- Home automation
- Embedded systems
- Connected prototypes
- Sensor nodes
- Wireless projects
Why Work With Me
- Clean, production-focused des!gns
- Practical component selection
- Design for reliability and manufacturability
- Clear communication
- Attention to every detail
Have an ESP32 project in mind? Send me your requirements today and lets turn your idea into a working PCB.
FAQ
Can you design a custom ESP32 PCB from my idea?
Yes. Send your requirements, block diagram, schematic, or reference design.
Which ESP32 modules do you support?
I can work with ESP32, ESP32-S2, ESP32-S3, ESP32-C3, and other suitable variants.
Can you add sensors and wireless features?
Yes. I can integrate sensors, Wi-Fi, Bluetooth, displays, relays, and communication interfaces.
Will I receive manufacturing files?
Yes, depending on your package, I can provide Gerbers, BOM, and other production files.
Can you review my existing ESP32 PCB?
Yes. I can review your schematic or PCB and identify design, routing, and component issues.

