Chemical Engineering

Program Overview

The Master in Chemical Engineering offers a rigorous academic and research-oriented training framework designed to provide students with in-depth scientific expertise and advanced technical skills to address the challenges of mastering industrial processes for matter and energy transformation. The program combines strong theoretical foundations in thermodynamics and transport phenomena with practical applications in refining, petrochemicals, and reaction engineering. Its objective is to train professionals capable of designing, optimizing, and managing complex production units while integrating modern digital tools (applied AI, Python, process simulators) and adhering to ethical and environmental standards.

The program concludes with an internship in a company or research laboratory, promoting professional immersion and the direct application of acquired skills.

Teaching Language : English

Curriculum Highlights

Core Courses

The core modules include: Unit Operations (I & II), Applied Thermodynamics, Heat Exchangers, Porous Media, Reaction Engineering (Non-ideal Reactors), Furnaces, and Boilers. These foundations enable students to confidently tackle the specialized modules.

Advanced Topics

In cutting-edge technological fields:

Advanced Python Programming: Automation, data analysis, and visualization.
Process Simulation: Use of simulators for industrial-scale design.
Process Intensification: Innovative equipment and methods (bioreactors, multiphase reactors).
Design of Experiments: Statistical optimization of experimental processes.
Applied AI Elements: Classification, neural networks, and AI projects for engineers.

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Admissions Information

To join this Master’s program, candidates must meet the following requirements:

*Hold a Bachelor’s degree in Process Engineering.

*Or hold Bachelor’s degrees in other science and technology specialties with specific coefficients:

Refining and Petrochemicals
Energy Engineering
Mineral Resources Valorization
Other ST domain degrees

An academic committee evaluates each application to verify the alignment between the applicant’s prior education and the program requirements. This ensures that students have the necessary scientific foundation to succeed in this field.

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