Chemical Process Control by Design: Foundational Principles

Chemical processes are complex, requiring precise control to operate effectively. This course introduces you to the systematic approach of designing these critical control systems from the ground up. By the end of this course, you will be equipped with the foundational knowledge to analyze, design, and evaluate control systems for various chemical engineering applications, moving beyond basic concepts to practical design considerations. What you'll learn: * Understand fundamental concepts of process dynamics and control theory * Apply mathematical modeling techniques to represent process behavior * Design feedback control loops using systematic methodologies * Analyze the stability and performance of designed control systems * Implement basic digital control strategies for continuous processes * Practice systematic tuning methods for Proportional-Integral-Derivative (PID) controllers * Evaluate common control strategies for industrial chemical reactors and separation units This course systematically guides you through the theoretical underpinnings of process control, starting with basic definitions and moving into dynamic modeling, control system design, and practical implementation considerations. This course is ideal for aspiring chemical engineers, process operators, and anyone new to process control who wants a foundational understanding of designing robust control systems. No prior knowledge of process control is required; we start with the absolute basics. Begin your journey into mastering chemical process control by design today.