Process Control: Hands-On for Dynamic Mathematical Modelling

🌟 Process Control: Hands-On for Dynamic Mathematical Modelling 🌟

Course Headline:

Master the Art of Dynamic Mathematical Modelling for Mass, Component, and Energy in Chemical Processes 🚀

Course Description:

Embark on a comprehensive journey into the world of dynamic mathematical modelling with our Process Control Hands-On Series. This six-part course is designed to equip you with the practical skills necessary to understand and apply the principles of process control in chemical engineering.

Course Outcomes: 🎓 Upon completion, you will:

• Proficiently derive total mass balances for chemical processes.
• Master the derivation of total component balances for complex systems.
• Learn to create comprehensive energy balances for intricate chemical processes.

Course Content Breakdown:

Module 1: General Mathematical Modelling Principles 📚

• Foundational concepts and principles of mathematical modelling in process control.

Module 2: Total Mass Balance for Chemical Processes 🚫

• A detailed, hands-on approach to developing mass balances with 10 practical exercises.

Module 3: Total Component Balance for Chemical Processes 🎨

• A step-by-step methodology in creating component balances with 13 exercises that gradually increase in complexity.

Module 4: Total Energy Balance for Chemical Processes ⚡

• An exploration into energy balances, starting with simple scenarios and progressing to more complex situations with 11 exercises.

Who Should Take This Course? 👥

This course is tailored for a diverse group of professionals:

• Chemical engineering undergraduates eager to expand their knowledge in process dynamics.
• Experienced Process Engineers aiming to develop dynamic models for existing or new processes.
• Aspiring Process Control Engineers looking to design innovative control strategies.
• Process Engineers who wish to enhance the optimization of operating conditions and improve efficiency.

Teaching Method:

This course is a blend of theory and practice, offering hands-on experience through numerous exercises. Each section starts with the most straightforward exercise to build your confidence before progressing to more challenging scenarios. The difficulty level increases incrementally, ensuring that you are well-prepared for the complexities of real-world process modelling.

At the end of each sub-section, you will be presented with assignments to test your understanding and ability to apply the mathematical modelling techniques learned. These exercises are designed to reinforce the concepts taught and to provide you with a solid foundation in dynamic mathematical modelling for chemical processes.

Join us on this engaging and practical course that will transform the way you approach process control and dynamic mathematical modelling. Sign up today to secure your spot in an educational adventure that will elevate your skills to new heights! 🚀📚🔬