Master’s degree in chemical engineering
Master’s degree in chemical engineering
Program Description:
The Master of Science in Chemical Engineering is is a graduation engineering program offered at the University of Oum El Bouaghi, Faculty of Science and Applied Science, Department of Process Engineering. The master’s degree is a 2-year program designed for students who have completed a bachelor degree in Process Engineering, who want to get a thorough technical foundation in chemical industry.
The program provides training in hardware and software, through which students develop fundamental knowledge in various fields of engineering technology, including an in-depth study of various reactors, unit operations, thermal transfers, reaction kinetics, techniques analysis and separation…, and their relationship with oil and gas refining, petrochemical industry, detergent industry, environmental protection… and others. This is reinforced by training the student in the field of programming and simulation by learning different programming languages (Fortron…) for use in simulation programs such as Hisys…
By balancing theory and practice through laboratories and a final-semester capstone project, students establish solid engineering principles that qualify them to be chemical engineers, capable of advancing endless chemical and industrial technologies with endless opportunities, as well as preparing them to pursue graduate studies. Or exceptional jobs in the development and management of factories, institutions, laboratories, offices of expertise and much more.
Academic program
Semester 1
| Teaching unit | Title of the Subject |
| Fundamental teaching unit |
Unit operations I (Absorption-Strippage_ Extraction-mixing) |
| Reaction engineering I: non-ideal reactors and bioreactors | |
| Applied thermodynamics | |
| Heat Transfer and Heat Exchangers | |
|
Methodologyteaching unit |
Unit operations I |
| Reaction Engineering I | |
| P¨W: Heat Transfer and Heat Exchangers | |
| Process Engineering Simulators | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Technical English and Terminology |
Semester 2
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit |
Opérations unitaires 2 (Humidification-Séchage-Evaporation-Cristallisation) |
| Adsorption Processes and Membrane Separation | |
| Reaction engineering II: polyphase reactors | |
| Furnaces and Boilers | |
| Methodologyteaching unit | ractical work Unit operations 2, Membrane adsorption and separation processes |
| Process regulation and control | |
| Numerical analysis | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Ethics, deontology and intellectual property |
Semester 3
| Teaching unit | Title of the Subject |
| Fundamentalteaching unit | Distillation |
| Refining and petrochemicals | |
| Porous and dispersed media | |
| Process optimization and modeling | |
| Process intensification | |
| Methodologyteaching unit | PW: Distillation |
| PW: Refining and petrochemicals | |
| Practical work Porous and dispersed media | |
| Plan of experiments | |
| Discoveryteaching unit | Chosen course |
| Chosen course | |
| Transversal teaching unit | Literature search and brief design |