Browse categories
Explore
Fiverr Pro
English
$
USD
I will esp32 based front load washing machine pcb design smps closed loop control water
PCB And Embedded Systems Engineer for IoT and Industrial Electronics
I am a PCB & Embedded Systems Engineer for IoT and Industrial Electronics specializing in Microcontroller, ESP8266 IoT, High Speed HDI, and Mixed Signal PCB design. I create production ready electroni...
About this Gig
Looking for a professional ESP32 based washing machine PCB design that is reliable, smart, and production ready?
I will design high quality embedded PCB systems with full control, efficiency, and industrial standards.
My Services:
- ESP32 PCB Design
- Schematic Design
- PCB Layout & Routing
- SMPS Power Design
- Closed Loop Control Systems
- Water Level & Pump Control
- Door Lock Safety Circuit
- IoT Integration (WiFi/BLE)
- Gerber File Generation
- 3D PCB Modeling (STEP)
Why Choose Me:
- Industrial grade PCB design quality
- Clean, optimized, and manufacturable layouts
- Fast delivery with clear communication
- Full support from concept to production files
- Error free schematic and testing ready design
Let's build your smart washing machine PCB system today. Contact me before ordering to discuss your requirements and get the best solution tailored to your project.
Other Electronics Engineering Services I Offer
FAQ
Do you provide production-ready PCB files?
Yes, I deliver fully production-ready files including Gerber, schematic, BOM, and STEP model for manufacturing.
Do you offer support after delivery?
Yes, I provide post-delivery support for debugging, modifications, and manufacturer-related questions.
Will my design support real washing machine conditions?
Yes, I design for real-world appliance use including SMPS stability, motor control, and safety systems like door lock.
What if I don’t have a full circuit idea?
No problem. I can help you develop the full ESP32-based system from concept, sensors, and control logic.
Can you guarantee the PCB will work without errors?
I design using industry standards, proper validation, and best practices to minimize errors before fabrication.
