STM32f030c6t6 for water level controller

@elect2eng

Hello, I am good at STM32 based project using STM32HAL API and IDE. Please share me the circuit diagram, sensor details and other relevant information such as where to send the data. Is it via rs232 or some other method.

@Santoshchaulaga

Hello, I checked your project, and it looks interesting. This is something we already work on, so the requirements are clear from the start. We mainly work on C Programming, Wireless, Engineering, Embedded Software, Machine Learning (ML), C++ Programming, Internet of Things (IoT), Computer Vision, Deep Learning, Object Detection We focus on making things simple, reliable, and actually useful in real life not over complicated stuff. Let’s connect in chat and see if we’re a good fit for this. Best regards, Santosh C. Electrical Engineer | PCB Designer | ESP32 & IoT Specialist

@Hemantt841

From your project description, you need a clean firmware layer for your STM32f030c6t6 prototype focused on reading a digital sensor powered at 3.3 V with continuous sampling and lightweight data processing. You want the interface set up over I²C, SPI, or UART, with well-commented C code and a straightforward API or callback for fetching processed values. The project scope also includes a brief README detailing pin assignments, clock configuration, and build instructions. I have over 15 years of experience in embedded systems development, specializing in STM32 microcontrollers and C programming, with more than 200 projects completed. My expertise includes writing efficient, maintainable firmware using CubeIDE and bare-metal Makefile setups, along with thorough documentation to ensure smooth handoff and reproducibility. I will start by configuring the chosen digital interface based on your preference, implement continuous sensor sampling with basic filtering and validity checks, and deliver a clean API for data retrieval. The code will be modular and well-commented, with a concise README covering all necessary setup details. I expect to complete this within the 10-hour timeframe you outlined. Feel free to reach out if you want to discuss the interface choice or any specific details before getting started.

@TyeStewart

Hey — saw your post about the STM32F030C6T6 water level controller. Getting a clean, reliable firmware layer around that digital sensor is usually where random glitches and edge cases creep in, especially with debouncing and timing. Quick question before I suggest an approach: Do you already have a defined communication protocol/logic for the sensor (thresholds, filtering, fail-safe behavior), or does that still need to be designed? I’ve built STM32 firmware for small industrial controllers and sensor interfaces, including handling noisy digital inputs and making the codebase easy to extend later. If you share your current prototype schematic, pinout, and any existing code, I can review it and tell you exactly what I’d clean up and how I’d structure the firmware.

@MohamedkEldeep

Hello, I can help you build a clean and reliable firmware layer for your STM32-based prototype. I have solid experience with STM32 (HAL/LL), embedded C/C++, and low-level driver development. I focus on writing modular, well-documented, and production-ready firmware. For your project, I will: Bring up the selected digital interface (I2C/SPI/UART once finalized) Implement continuous sampling (interrupt or DMA-based as appropriate) Add lightweight filtering (e.g., moving average) and a simple validity check Provide a clean API or callback for the main application Deliver a structured CubeIDE or Makefile project Include a clear README covering pin assignments, clock config, build steps, and test procedure Provide a brief stability report confirming operation at 3.3V Since this is a focused task on acquisition and processing only, I’ll keep the implementation efficient, clean, and easy to extend. I’m ready to start once the sensor interface is confirmed. Best regards, Mohamed Khaled

@zeelm45

Hi, this is right in my wheelhouse. I have solid experience with STM32 (HAL/LL), sensor interface bring-up (I2C/SPI/UART), and implementing efficient filtering/validation layers. I can deliver a clean, well-structured CubeIDE or Makefile project with documented pin/clock setup, a simple API/callback interface, and a concise test report confirming stable 3.3 V operation. Happy to get started once we confirm the interface and MCU variant.