Chemical Reactor Engineering

Chemical Reactor Engineering is a core module in chemical engineering that focuses on the analysis, design, and operation of chemical reactors. The course introduces the fundamental principles of chemical reaction kinetics, reactor modeling, and material and energy balances. Students study different types of reactors, including batch, continuous stirred-tank reactors (CSTR), and plug flow reactors (PFR). The module also covers reactor design for single and multiple reactions, and reactor optimization. Emphasis is placed on applying theoretical concepts to practical industrial processes and developing problem-solving skills for real engineering applications.
 

Mécanique de la rupture et Fatigue

L’objectif du cours de mécanique de la rupture est de procurer des méthodes de calcul et d’analyse permettant l’optimisation de la conception et le design des structures en prenant en considération les concepts : suivi, fiabilité et économique. Elle offre également un contrôle rigoureux des structures sensibles aux agressions imprévisibles des fissures.

MAINTENANCE PREVENTIVE

La maintenance industrielle est un domaine essentiel dans le fonctionnement et la performance des systèmes industriels. Elle regroupe l’ensemble des activités techniques, administratives et de gestion destinées à maintenir ou rétablir un équipement dans un état lui permettant d’assurer une fonction requise.

Production_Energie

Electrical machines

Technical English EngS5

The objective of this course is to strengthen fundamental knowledge of the English language and to
introduce and familiarize the student with technical vocabulary, particularly in the field of electrical
engineering. At the end of this course, the student will have acquired the necessary knowledge that
allows him to write and present a technical or scientific report in English.

Theory of electromagnetic field I3

This course material is primarily intended for third-year ENG students in electrical engineering studying the "Field Theory" module. Its purpose is to provide a study guide that helps students familiarize themselves with the use of mathematical tools such as curl, divergence, gradient, etc., for calculating various electromagnetic quantities. It also aims to introduce basic concepts related to the electric field, magnetic field, and different aspects of electromagnetism, while offering a solid understanding of Maxwell's equations to use them effectively in calculations involving the propagation of electromagnetic waves. To aid in better understanding, the course includes solved examples.

Electrical Schematics and Devices L3 Eng

Designed to facilitate understanding, learning, and revision, this material provides a straightforward course to support third-year electrical engineering “electrotechnics” students, up to the exam. This course material brings together essential knowledge by addressing the operation, structure, technology, and implementation of electrical equipment used in electrical networks (transport, distribution, etc.).

 In its first part, it enables students to understand the structure of electrical devices used in electrical networks, such as circuit breakers, switches, disconnectors, and contactors, as well as to make choices and size electrical equipment appropriately.

 The second part of this material will allow learners to read electrical schematics, distinguish between their representations, and understand the identification and significance of markings on electrical schematics.

Organisation et méthodes de maintenance

Ce cours présente les principes fondamentaux permettant de structurer, planifier et optimiser les activités de maintenance au sein d’une entreprise. Il aborde les différents types de maintenance, la gestion des ressources, la planification des interventions, l’analyse des pannes et l’amélioration continue. L’objectif est de donner à l’étudiant les compétences nécessaires pour organiser efficacement un service de maintenance, réduire les arrêts de production, améliorer la fiabilité des équipements et mettre en place des méthodes modernes telles que la maintenance préventive, conditionnelle et la GMAO.

Physicochemical Methods of Analysis

This course is intended for third-year engineering students in Process Engineering. It provides an introduction to the main physicochemical analytical techniques used in the chemical industry. The course focuses on theoretical principles, instrumentation, and the interpretation of spectra and chromatograms. By the end of the module, students will gain essential analytical skills to characterize chemical compounds and solve practical challenges in chemical process engineering.