English 
Arabic 
Indonesian faculty of Pharmacy
Program Overview
The Oil and Gas Engineering Program seeks to provide the necessary infrastructure from research laboratories, equipped classrooms, and an independent library, all connected to the global information network (Internet), in addition to providing a sufficient number of distinguished faculty members in the various required disciplines.
Course Plan
4 years
151 credit hours
The teaching medium depends on the use of English for the specialized subjects, and Arabic for the requirements.
Program goals and features
Program Goals
- Preparing a highly qualified graduate in the field of oil and gas engineering.
- Providing a work environment that helps raise the level of education and creativity.
- Ensure the quality of education.
- Equipping a qualified cadre in the field of petroleum engineering.
- Pushing for distinguished scientific research in the field of petroleum engineering.
- Attracting qualified faculty members in the field of petroleum engineering.
- Activate internal and external cooperation in the fields of learning, research and consulting services.
- Contribute effectively to the service and development of society.
- Preparing a highly qualified graduate in the field of oil and gas engineering.
- Providing a work environment that helps raise the level of education and creativity.
- Ensure the quality of education.
- Equipping a qualified cadre in the field of petroleum engineering.
- Pushing for distinguished scientific research in the field of petroleum engineering.
- Attracting qualified faculty members in the field of petroleum engineering.
- Activate internal and external cooperation in the fields of learning, research and consulting services.
- Contribute effectively to the service and development of society.
Program Features
- Certification accredited locally, regionally and globally.
- Teaching some requirements that give the student communication skills.
- Full-time qualified and qualified teaching staff.
- Modern curricula that meet quality requirements and standards.
- Academic guidance and study follow-up by faculty members.
- An appropriate learning environment.
- Well-equipped and advanced laboratories.
- The number of students in lectures and labs is less.
- Multiple opportunities to work after graduation and in different countries
Career Opportunities
- Qualified geological engineer to assess and identify rock types.
- Geophysical engineer for oil and gas exploration, to assess quantity and determine drilling methods.
- Production engineer able to determine production methods, well maintenance.
- Transport and gas pipeline design engineer.
- Work for oil producing companies
- Work for petroleum services companies
- Work in oil refineries
- Work in petrochemical facilities
Course Plan
Firstly: University requirements: (25) credit hours | |||
Course code | Course name | poison | Prerequisite |
BUST01 | Quran recitation and intonation skills | 1 | – |
BUST02 | English (1) | 4 | – |
BUST03 | Arabic Language | 4 | – |
BUST04 | Development of Leadership Skills | 1 | – |
BUST05 | Islamic culture | 4 | – |
BUST06 | English (2) | 4 | BUST02 |
BUST07 | communication skills | 1 | – |
BUST08 | Critical thinking | 1 | – |
BUST09 | Computer skills | 3 | – |
BUST10 | Scientific research methods | 2 |
|
secondly: College requirements: (19) credit hours | |||
Course code | Course name | poison | Prerequisite |
BENG01 | mathematics | 3 | – |
BENG02 | Engineering drawing | 3 | – |
BENG03 | physics | 4 | – |
BENG04 | Calculus | 3 | BENG01 |
BENG05 | Statistics and Probability | 3 | BENG01 |
BENG06 | Engineering Mechanics | 3 | BENG03 |
Third: Compulsory department requirements: (16) credit hours |
Course code | Course name | poison | Prerequisite |
BCV01 | Differential equations | 3 | – |
BCV02 | Linear algebra | 3 | BENG01 |
BCV03 | Material resistance | 3 | – |
BCV04 | Fluid mechanics | 4 | BENG03 |
BCV05 | General Chemistry | 3 | – |
Fourth: Program requirements
A. Compulsory program requirements (85) credit hours
Course code | Course name | poison | Prerequisite |
BPG01 | Fundamentals of Oil and Gas Engineering | 3 | – |
BPG02 | Engineering workshops | 2 | – |
BPG03 | General Geology | 3 | – |
BPG04 | Organic Chemistry | 3 | BENG11 |
BPG05 | Oil and Gas Geology | 3 | BPG03 |
BPG06 | Reservoir rock properties | 3 | BPG03 |
BPG07 | Properties of reservoir fluids | 3 | BENG10 |
Course code | Course name | poison | Prerequisite |
BPG08 | Geophysical Explorations | 3 | BPG01 |
BPG09 | Drilling Engineering (1) | 4 | BPG01 |
BPG10 | Heat transfer | 3 | – |
BPG11 | Fluid flow in porous media | 3 | BPG07 |
BPG12 | Reservoir engineering | 3 | BPG06, BPG07 |
BPG13 | Drilling Engineering (2) | 4 | BPG09 |
BPG14 | Production engineering1) | 3 | BPG01 |
BPG15 | Well recordings | 4 | BPG08 |
BPG16 | Numerical methods | 3 | BENG09 |
BPG17 | Oil and gas transportation and storage | 2 | BENG10 |
BPG18 | Computer Programming for Oil and Gas Engineers | 3 | BUST09 |
BPG19 | Natural Gas Engineering | 3 | BPG07 BPG12 |
BPG20 | Production Engineering (2) | 3 | BPG14 |
BPG21 | Well tests | 3 | BPG011 |
BPG22 | Field training | 3 | – |
BPG23 | Oil and Gas Economics | 2 | – |
BPG24 | Gas well drilling engineering | 3 | BPG19 |
BPG25 | Secondary extraction methods | 3 | BPG12 BPG20 |
BPG26 | Graduation project (1) | 2 | – |
BPG27 | Graduation Project (2) | 2 | – |
BPG28 | Reservoir simulation | 3 | BPG12 BPG16 |
BPG29 | Supported extraction methods | 3 | BPG26 |
B. Elective Program Requirements (6) Credit Hours |
Course code | Course name | poison | Prerequisite |
BPGL01 | Advanced Drilling Engineering | 3 | BPG13 |
BPGL02 | Oil and gas field development | 3 | BPG20, BPG12 |
BPGL03 | Evaluation of formations | 3 | BPG12, BPG20 |
BPGL04 | Gas Technology | 3 | BPG19 |
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