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I will design industrial iot pcb with esp32, stm32, sensors, rs485 and can
About this Gig
Need a reliable industrial IoT PCB that is ready for prototyping or manufacturing?
I will design a professional industrial IoT PCB using ESP32, STM32 or other suitable controllers, with the interfaces and protection your application requires.
I can develop hardware for industrial sensor nodes, automation controllers, monitoring systems, smart machines, data acquisition devices, relay controllers and connected embedded products.
My PCB design can include:
- ESP32 / STM32 microcontrollers
- Industrial sensors and analog inputs
- RS485 / CAN / UART / I2C / SPI
- Relay and digital I/O
- Power supply and protection circuits
- WiFi / Bluetooth / LoRa connectivity
- RFID and peripheral interfaces
- Multilayer PCB layout
- EMI/EMC-conscious grounding and routing
- Connector and enclosure considerations
You will receive a professionally organized schematic, PCB layout, BOM and manufacturing-ready Gerber files, with ERC/DRC checks performed before delivery.
I can work with Altium Designer or KiCad and design your board according to your component, size, interface and manufacturing requirements.
Whether you have a complete schematic or only a product idea, send me your requirements
REGARDS!!
Other Electronics Engineering Services I Offer
FAQ
What information do you need to start my motor control firmware project?
I need details about your motor type (DC, BLDC, stepper), motor driver, microcontroller (STM32, Arduino, etc.), sensors, communication protocols, and your desired control behavior. If you have schematics or existing code, please share them.
Can you develop motor control firmware for STM32 and Arduino?
Yes. I develop custom STM32 and Arduino firmware for motor control applications, including PWM control, speed regulation, direction control, sensor feedback, and communication with motor drivers.
Can you implement PID control and encoder feedback?
Yes. I can implement and tune PID control algorithms, encoder feedback, speed control, and position control to improve motor accuracy, stability, and performance.
What types of motors and applications can you support?
I can work with DC motors, BLDC motors, stepper motors, servo systems, and custom motor controllers for robotics, drones, industrial automation, IoT devices, and embedded systems.
Why should I contact you before placing an order?
Every motor control project has unique hardware and performance requirements. Contacting me first allows us to review your system, select the right approach, confirm compatibility, and ensure your firmware development matches your goals.
