I will design 2 layer or 4 layer esp32 industrial control board schematic pcb in kicad
pcb design embedded system and firmware development
Sobre este Serviço
HELLO AND WELCOME!
Industrial ESP32 hardware requires more than placing a microcontroller, relay, and connectors on a PCB. Reliable control electronics depend on correct power architecture, grounding, isolation, transient protection, communication routing, EMI-aware placement, and careful separation between noisy loads and sensitive digital circuitry.
I will design a professional 2-layer or 4-layer ESP32 industrial control board in KiCad, from schematic development through production-ready PCB files.
WHAT I WILL PROVIDE:
- ESP32 schematic design
- 2-layer or 4-layer PCB layout
- ESP32-WROOM / WROVER / S3 / C3 integration
- Power supply and voltage regulation
- Relay and MOSFET output circuits
WHY CHOOSE ME?
I combine ESP32 embedded hardware knowledge with practical PCB engineering, focusing on reliable power, protection, communication, EMI-aware routing, manufacturability, and clean KiCad documentation.
Your PCB will be designed as a functional industrial control systemnot simply a connected schematic.
Message me before ordering for complex industrial boards so we can define the technical scope and deliverables clearly.
Perguntas frequentes
Can you design both 2-layer and 4-layer ESP32 PCBs?
Yes. I can design either architecture depending on board complexity, interfaces, EMI considerations, size, and routing requirements.
Which ESP32 versions can you work with?
I can work with ESP32 families such as ESP32-WROOM, ESP32-S3, ESP32-C3 and other suitable ESP32 modules/chips based on the project.
Can you design relay and industrial I/O circuits?
Yes. The design can include relays, MOSFET outputs, digital inputs, analog inputs, optocouplers, terminal blocks, and protection circuitry.
Can you add RS485 or CAN communication?
Yes. RS485, Modbus hardware, CAN, UART, SPI, I2C and other interfaces can be integrated.
Can you redesign my existing ESP32 PCB?
Yes. I can review and redesign an existing schematic/PCB to improve layout, protection, interfaces, routing, or manufacturability.

