Curriculum

PETROLEUM ENGINEERING B.S. Program


1st Year
CODE Fall Semester KU ECTS   CODE Spring Semester KU ECTS
AZLL 101 Azerbaijan Language  3 6   AZH 150 Azerbaijan History  3 6
MATH 101 Calculus_I 3 6   MATH 102 Calculus_II 3 6
CHEM 111 Chemistry_I 3 6   PHSC 111 Physics_I 3 6
ENGL 101 English Foundations_I 4 8   CHEM 112 Chemistry_II and lab 3 6
Social Science** 3 6   ENGL 102 English Foundation _II 4 8
  Credit 16 32     Azerbaijan Culture 2 4
    Credit 18 36
2nd Year
CODE Fall Semester KU ECTS   CODE Spring Semester KU ECTS
MATH 210 Differential Equations 3 6   GEOL 203 General Geology 3 6
ENGL 103 ESP Petroleum Eng. 3 6     Elective (major)*** 3 6
CMS 202 Computer Application in Engineering 3 6   MATH 221 Numerical Methods for Engineers 3 6
PETE 202 Introduction to Petroleum Engineering 3 6   ENGR 213 Termodynamics 3 6
PHSC 212 Physics_II 3 6     Humanity* 3 6
  Humanity* 3 6     Credit 15 30
Credit 18 36          
3rd Year
CODE Fall Semester KU ECTS   CODE Spring Semester KU ECTS
ENGR 205 Engineering Mechanics  3 6     Elective (major)*** 3 6
GEOL 310 Petroleum Geology 3 6   MED 315 Life Science 3 6
PETE 302 Drilling Engineering 3 6   ENGR  303 Introduction to Fluid Mechanics 3 6
MATH 340 Statistical Methods for Engineers 3 6   PETE 318 Well  Completion 3 6
PETE 303 Physics of Oil and Gas Reservoirs  3 6   PETE 323 Petroleum Reservoir Engineering 4 8
Social Science** 3 6   PETE 350 Summer Practice  3 6
  Credit 18 30     Credit 19 36
4th Year
CODE Fall Semester KU ECTS   CODE Spring Semester KU ECTS
PETE 402 Petroleum Production Engineering I 3 6   PETE 423 Petroleum Production Engineering II 3 6
PETE 417 Petroleum Reservoir Simulation  3 6   PETE 421 Petroleum Economics 3 6
PETE 338 Fluid Mechanics for Petroleum Engineers 3 6   ENV 305 Health, Safety & Environment  3 6
  Elective (major)*** 3 6     Elective (major)*** 3 6
  Credit 12 24     Credit 12 24
Total 128 256    
       
  * Humanity Courses List:   ***Major Electives List: ECTS Semestr
PHIL 130 Culture of Philosophy       CIV  215 Engineering Drawing 6 IV
  Foreign Language       CMS 350 Computer Graphics 6 IV
          PETE 312 Well Logging 6 VI
  ** Social Sciences       PETE 311 Reservoir Petrophysics 6 VI
MGT310 Management and Organization       ENGR 312 Mechanics of Materials 6 VI
LAW 220 Family Law       PETE 415 Gas and Gas-condensate Reservoir Engineering 6 VII
ECON 101 Introduction to Economics       PETE 422 Petroleum Property Valuation 6 VII
          PETE 451 Petroleum Engineering Design  6 VIII
  Science and Technology       PETE 410 Oil and Gas Gathering, Treatment and Storage 6 VIII
MATH 101 Calculus 1       PETE 458 Well Performance 6 VIII
CMS 202 Computer Application in Engineering       PETE 414 Transportation Processes in Petroleum  Production 6 VIII
MED 315 Life Science              
              ECTS
            University Requirement English 22
            University Requirement Azeri 16
            Humanity 12
            Social Sciences 12
  Science and Technology 18  
  Major Courses 176  
Total 256



MSc Curriculum in Petroleum and Gas Engineering

 

First Year

Fall Semester  (16 credits)

Spring Semester  (16 credits)

PETE 505: Advanced Drilling Engineering (4 credits)

PETE 548: Advanced Production Technology (4 credits)

PETE 509:Petroleum Geoscience (4 credits)

PETE 540: Advanced Reservoir Engineering (4 credits)

PETE 531: Formation Evaluation ( 4 credits)

PETE 551: Design and Development of Oil and Gas fields  (4 credits)

PETE 538: Well Stimulation

 

PETE 563: Petroleum Reservoir Management and Evaluation(4 credits)                                      

Second Year

Fall Semester (16 credits)

Spring Semester (12 credits)

PETE 542: Advanced Gas and Gas-Condensate Reservoir Engineering   (4 credits)                                      

PETE 590:MS thesis  (12 credits)

PETE 570: Numerical Reservoir Simulation (4 credits)                                     

 

Major Elective (4 credits)                    

 

Major Elective (4 credits)

 


Total – 60 KU credits (120 ECTS)


Elective major subjects:

PETE 565: Fluid flow in Porous Media

PETE 572: Enhanced Oil Recovery

PETE 578: Non- Newtonian Systems Applications in Petroleum Production   

PETE 582: Phase Behavior of Petroleum Reservoir Fluids

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