Advanced Industrial Regulation

Process Engineering

What You Will Learn :

The foundations of advanced industrial regulation.
Predictive synthesis and its application in control system design.
The use of the SIMART software suite for experimental modeling and system control.
The implementation of adaptive predictive control in specific industrial contexts.

Program Content :

The program spans four days, covering topics from the introduction to fundamental concepts to practical application on a phosphate drying oven. Each day combines theoretical sessions in the morning and practical Study Offices (BE) in the afternoon, using the SIMART software suite.

Day 1: Introduction and Sampling

Morning: Introduction to fundamental concepts.
Afternoon: BE1 - Sampling and Reconstruction.

Day 2: Modeling and PID Control

Morning: Modeling of sampled systems.
Afternoon: BE2 - Modeling of control systems and PID control.

Day 3: Predictive Synthesis

Morning: Predictive synthesis with a focus on perfect prediction.
Afternoon: BE3 - Predictive control of flexible systems.

Day 4: Adaptive Predictive Control

Morning: In-depth exploration of adaptive predictive control.
Afternoon: BE4 - Application on a phosphate drying oven.

Summary :

The "Advanced Industrial Regulation" training offers an innovative educational approach, supported by advanced tools such as the SIMART software suite and an educational work by Mohammed MSAAD. It focuses on predictive synthesis and adaptive predictive control, exploring methods for designing advanced industrial control systems.

Description :

This four-day intensive training explores significant advances in industrial regulation resulting from in-depth methodological research. It highlights the use of Computer-Aided Design (CAD) systems, specifically designed for the development of advanced industrial control systems, surpassing the capabilities of conventional PID systems. Participants will benefit from an innovative educational approach, the "Adaptive Predictive Control" work, and the SIMART software suite.

Key Benefits :

Innovative Educational Approach: Embrace a collaborative and diligent approach for a thorough understanding. Advanced Tools: Explore the potential of the SIMART software suite and the educational work for practical training. Design Methodology: Discover an advanced methodology for predictive synthesis and adaptive predictive control.

Who Should Attend:

This training is aimed at engineers, researchers, and professionals in automation and industrial regulation seeking to enhance their skills in the design of advanced industrial control systems.