I will iot pcb design, esp32, iot hardware, automation, sensor for electronics design
PCB Design Engineer IoT, Automotive Electronics, LED and Power Electronics
About this Gig
Turn your IoT concept into a reliable electronic system built for real world use.
I provide IoT PCB Design, ESP32, IoT Hardware, automation, and sensor integration tailored to your project requirements.
What I Will Deliver
- Custom IoT PCB Deslgn and PCB layout
- ESP32 based hardware development
- IoT Hardware architecture and component selection
- Sensor and module integration
- Automation and smart control electronics
- Power management and protection
- Schematic deslgn and PCB routing
- BOM, Gerber and manufacturing files
- DFM-focused deslgn review
Why Choose Me
- Clean, organized PCB layouts
- Reliable component selection
- Practical sensor integration
- Manufacturing focused approach
- Altium Designer / KiCad workflow
Perfect For
Smart home devices, industrial IoT, automation systems, sensor products, connected devices, robotics, monitoring systems, prototypes, startups, and custom electronics.
Whether you need an ESP32 IoT PCB, sensor board, or complete automation solution, I can turn your requirements into professional Electronics Design ready for development and production.
Send me your project requirements today or place your order now, and lets build your IoT solution together!
FAQ
1. Can you design a custom ESP32 IoT PCB?
Yes. I can create custom ESP32 PCB solutions with sensors, modules, power management, communication interfaces, and optimized PCB layouts.
2. What types of sensors can you integrate?
I can integrate temperature, humidity, pressure, motion, ultrasonic, accelerometer, gyroscope, GPS, RFID, camera, and other project-specific sensors.
3. Can you design the complete IoT hardware system?
Yes. I can handle system architecture, component selection, schematic design, PCB layout, routing, and manufacturing files.
4. Do you support automation projects?
Yes. I can develop hardware for smart automation, industrial monitoring, connected devices, robotics, and control applications.
5. Which software do you use?
I primarily use KiCad and Altium Designer for schematic capture, PCB layout, component placement, routing, and manufacturing preparation.
6. Will I receive manufacturing files?
Yes. Depending on the package, you can receive Gerber files, BOM, schematic, PCB source files, documentation, and other required production files.
7. Can you work with an existing PCB design?
Yes. I can review, modify, optimize, or redesign an existing IoT PCB based on your requirements.
8. What do you need to start?
Send your project requirements, block diagram, schematic, component list, sensor details, dimensions, or reference design, and I’ll determine the best approach.

