What You Will Learn:

• Master cutting-edge modeling tools for industrial processes.
• Acquire the ability to design and implement pilot-scale reactors.
• Stay informed about the latest developments and innovative approaches in process engineering.
• Gain an in-depth perspective on the economics of the chemical industry.
• Explore the challenges and inherent issues of the industry of the future.

Program Content:

Modules:

• M1: Introduction to Process Simulation Tools
• M2: Separation Processes & Industrial Site Visits
• M3: Design, Scale-Up of Multiphase Reactors, and Techno-Commercial Process Evaluation.
• M4: Modeling Transport Phenomena in Industrial Processes (CFD-DEM)
• M5: Dynamic Modeling, Instrumentation, and Control of Industrial Processes
• M6: Life-cycle Analyses, Engineering Systems Analysis for Design & Experimental Design
• M7: Professional Project

Optional Modules:

• M8: Challenges of the Industry of the Future
• M9: Risk and Reliability Engineering

Summary:

This Master's program offers participants the opportunity to develop essential skills to excel in the field of Advanced Process Engineering. Participants have the chance to build a solid and practical foundation through this targeted training program, enabling them to successfully tackle the complex challenges of the industry. This program equips them with the knowledge and skills necessary to remain at the forefront of innovation and excellence.

Description:

The program offers a variety of modules that will allow participants to develop essential skills to enhance competitiveness and excel in a demanding professional environment. They will have the opportunity to gain an in-depth understanding of areas such as modeling, sizing, the latest advancements in process engineering, industrial economics, and future challenges. By preparing in this way, they will be equipped to excel in a competitive professional environment and contribute significantly to the industry.

Key Benefits:

• Gain in-depth and specialized expertise in advanced process engineering.
• Anticipate challenges in R&D and the Moroccan industry.
• Access advanced knowledge on current topics.
• Customize your training with various optional modules.
• Expand your network by meeting professionals in the field.
• Benefit from highly qualified professional project guidance.
• Enjoy an optimal teacher/participant ratio.
• Explore a comprehensive program covering all facets of process engineering.

Who Should Attend:

This training is for anyone looking to broaden their expertise and tackle the technical and practical challenges of industrial processes. The targeted participants are managers and graduates with experience and knowledge in key areas such as thermodynamics, chemistry, fluid mechanics, heat transfer, and energy.