The Mass Flow Controller (MFC) Project focuses on the development of a custom electronic PCB and software solution for precise control and monitoring of gas flow rates. The project aims to create an affordable yet high-performance MFC system suitable for various industrial applications.

• Design and develop a custom electronic PCB for the MFC system.
• Implement embedded software solutions for accurate flow rate control using Arduino Nano platform.
• Integrate sensors, actuators, and display interfaces for real-time monitoring and user interaction.
• Optimize the MFC system for cost-effectiveness and performance without compromising quality.

• Electronic PCB Design: Developed a custom electronic PCB for the MFC system, incorporating components for flow sensing, control, and communication.
• Embedded Software Development: Implemented embedded software using C++ programming language on the Arduino Nano platform. Software functionalities include flow sensor data reading, PID calculation, and solenoid valve control.
• User Interface Design: Integrated a TFT LCD screen and rotary encoder for user interaction and data visualization. Designed a user-friendly interface for controlling the MFC system parameters.
• Testing and Optimization: Conducted rigorous testing and optimization to ensure precise flow control and system reliability. Optimized the MFC system to achieve competitive performance at a lower cost compared to existing solutions.

• Write unit tests to ensure the functionality and reliability.
• Stop using default Arduino libraries for memory efficiency (e.g. manipulate ports and registers with code instead of using functions like analogWrite etc.)
• Explore additional features and functionalities to enhance the capabilities of the MFC system.
• Collaborate with industry partners to integrate the MFC system into specific industrial applications.
• Continuously monitor and improve system performance and reliability based on user feedback and testing results.