Digital Engineering for Chemical Equipment Design

Modern process industries rely heavily on digital modeling and computer-aided design to build safe, efficient, and cost-effective industrial equipment. This course provides a comprehensive introduction to the fundamentals of chemical equipment engineering, blending essential mechanical concepts with modern digital tools. You will begin by exploring foundational engineering terminology, unit operations, material properties, and industry design standards. From there, you will learn how modern engineering software is used to create parametric models, simulate process conditions, and evaluate structural integrity. What you will learn: Understand core terminology and structural components of chemical reactors, heat exchangers, and storage vessels. Learn parameter-driven design techniques for conceptualizing industrial process hardware. Explore material selection criteria, corrosion resistance, and pressure vessel design standards. Master digital drafting workflows and modern standard data formats used in engineering. Study basic stress analysis and computer simulation concepts applied to chemical hardware. Examine digital twin fundamentals and modern lifecycle management in industrial plant design. Through detailed written explanations and clear technical walkthroughs, you will gain a strong conceptual foundation in equipment geometry, fluid-thermal constraints, and mechanical verification. This course is ideal for beginners, engineering students, and technicians looking to understand modern equipment design without any prior CAD experience required. Step into the field of modern industrial engineering and build your core design knowledge today.