Explore the programs and courses offered by Gaz Engineering
Browse Programs Admission InformationThis gas engineering program spans three semesters, covering core subjects such as petroleum geology, fluid mechanics, and reservoir engineering, alongside methodological courses in numerical simulation and optimization.
Each semester comprises 30 credits with 375 study hours divided between lectures and practical work. Assessment combines continuous tests (40%) and final exams (60%), except for some courses evaluated solely through final exams.
The first two semesters focus on fundamentals (drilling, production, thermodynamics), while the third delves into advanced topics like gas liquefaction and pipeline transport. Elective courses allow for curriculum customization.
The program emphasizes practical skills through projects (e.g., computer-aided design) and integrates technical, linguistic (technical English), and ethical competencies for a well-rounded engineering education.
Semester 1 :
Introduces petroleum engineering fundamentals:
· Petroleum Geology (2 credits)
· Petrophysics & Rock Mechanics (4 credits)
· Drilling & Well Completion (2 credits)
· Compressible Fluid Mechanics (4 credits)
· Fluid Thermodynamics (4 credits)
· Computational Fluid Dynamics (3 credits)
· Technical English (1 credit)
Total: 30 credits, 375 hours
Semester 2 :
Advanced knowledge in:
· Reservoir Engineering (4 credits)
· Gas Production (4 credits)
· Well Test Interpretation (2 credits)
· Stimulation Methods (4 credits)
· Turbomachinery (4 credits)
· Optimization Techniques (3 credits)
· Professional Ethics (1 credit)
Total: 30 credits, 375 hours
Semester 3 :
Specialized advanced courses:
· Gas Liquefaction (6 credits)
· Pipeline Transportation (6 credits)
· Production Logging (6 credits)
· Reservoir Simulation (3 credits)
· Gas-Renewable Energy Systems (4 credits)
· CAD (2 credits)
· Research Methodology (1 credit)
Total: 30 credits, 375 hours
The program offers advanced specialized topics in the third semester, including gas liquefaction covering cryogenic technologies and LNG processing. Pipeline transportation addresses design, integrity analysis and leak prevention. Advanced reservoir simulation incorporates 3D modeling and production data analysis. Gas-renewable hybrid systems explore sustainable energy solutions. Production logging utilizes cutting-edge tools for well performance analysis. Finally, applied CAD enables virtual gas facility design.
These topics incorporate the latest technological innovations and prepare students for contemporary gas industry challenges, through an approach combining applied research and real-world case studies.
For high school graduates (baccalaureate holders) wishing to enroll in Bachelor's or Engineering programs:
Please refer to the annual notice regarding preliminary registrations and guidance for baccalaureate holders issued by the Ministry of Higher Education and Scientific Research.
For students seeking to enroll in Master's programs:
Selection is conducted by pedagogical committees based on:
· Available program capacity
· Relevance of the applicant's Bachelor's degree to the chosen specialization (Consult training offers on the university website).
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