I will design esp32 s3 24v bus controller kicad schematic and 4 layer pcb and firmware
pcb design and firmware developer
About this Gig
Hello and Welcome!
A 24V bus controller is more than an ESP32 connected to a few peripherals. It requires careful power-domain design, protection, signal integrity, reliable switching, and firmware that can operate predictably in a real embedded environment.
I will design your ESP32-S3 24V bus controller from schematic through 4-layer PCB layout and embedded firmware, with the hardware architecture built around your actual I/O, communication, power, and control requirements.
What I Will Provide:
- ESP32-S3-based controller architecture
- 24V power input and regulation design
- Digital and analog I/O interfaces
- CAN/CAN-FD or other bus interfaces
- KiCad schematic design
- Professional 4-layer PCB layout
- Gerber and drill files
- ESP32-S3 embedded firmware
- Communication and control logic
- Firmware configuration and testing support
Why Choose Me?
- ESP32-S3 embedded design
- 24V industrial electronics
- 4-layer PCB expertise
- KiCad schematic & layout
- Firmware + hardware integration
- Production-ready design approach
- Clear technical documentation
- Design optimized for reliability
Have a project in mind? Send me your requirements and lets turn your idea into reliable hardware!!!
FAQ
Can you design a complete 24V ESP32-S3 controller from scratch?
Yes. I can handle the architecture, schematic, 4-layer PCB, component selection, and embedded firmware.
Do you work with KiCad?
Yes. I provide professionally structured KiCad schematics, PCB layouts, libraries, and manufacturing files.
Can you design protection for a 24V input?
Yes. Depending on the application, I can implement reverse-polarity, overvoltage, overcurrent, surge, and transient protection.
Can you develop the ESP32-S3 firmware too?
Yes. I can develop firmware for GPIO, ADC, PWM, UART, SPI, I2C, CAN and other required peripherals.
Can you design CAN or CAN-FD communication?
Yes. I can integrate the required CAN/CAN-FD transceiver and implement the corresponding firmware communication layer.

