This Process Control and Dynamics in Chemical Engineering course introduces the fundamental principles of controlling and analyzing dynamic chemical processes. It is designed for chemical engineering students and professionals who want to understand how industrial processes are monitored, modeled, and controlled to ensure stability and efficiency.
Students will explore key concepts such as process variables, system behavior, and dynamic modeling of chemical systems. The course explains how engineers represent real processes using mathematical models and how these models are used to predict system behavior over time.
The course also covers energy balances, deviation variables, and control system fundamentals, helping learners understand how disturbances affect industrial processes and how control strategies are designed to maintain stable operation.
Through practical examples and engineering applications, students will learn how process control is applied in chemical plants, refineries, and manufacturing systems. The course builds strong analytical skills for understanding feedback systems, process response, and control performance.
By the end of the course, learners will be able to analyze dynamic systems, understand process behavior, and apply basic control principles used in chemica
