THE BACKGROUND

Oil and gas have been a tangling issue that influences the historical path of global economy and politics, while advanced technology and massive investment have painted the colour of petroleum industry. The recent skyrocketting oil price has placed oil and gas in the zenith of global economic and political clout, that drives an alarm of scarcity that leads to substantial efforts to find new and unexplored petroleum basins. A capital movement toward this sector proceeds at paramount figures as well. A steady evolvement of petroleum technology and management becomes imperative to face the rapid change of environment.

Indonesia, a country endowed with oil and gas resources, has experienced in having the oil and gas industry where ITB pioneered the program study on petroleum engineering on 1962 with the establishment of the Department of Petroleum Engineering to meet the manpower demand of bachelor level for engineers working in the upstream petroleum activities. In 1988, ITB extended the program into master and doctoral levels.

The program develops not only to meet the current increasing industry’s requirements, but also to face the future development of oil and gas industry. The curriculum was adjusted in order to meet the human resources qualification required by the industry which experiences rapid development in technology and management.

THE OBJECTIVES The program is intended to deepen and strengthen the student's analysis, as well as broaden the view of new and futuristic issues of petroleum engineering and economics.

THE CURRICULUM The Master Level Program has a total credit of 36, comprising 30 credits for course works and 6 credits for the thesis. The course works include 4 core courses and 6 elective courses. All courses have 3 credit values, except the thesis which is 6 credit worth. The structure of the curriculum is designed as follows. First Semester

1. TM5101 Reservoir System (3 credits) 2. TM5102 Drilling and Completion (3 credits) 3. TM5103 Production System Design (3 credits) 4. TM6001 Research Method (3 credits)

Second Semester 1. TM60xx Elective #1 (3 credits) 2. TM60xx Elective #2 (3 credits) 3. TM60xx Elective #3 (3 credits) 4. TM60xx Elective #4 (3 credits)

Third Semester 1. TM60xx Elective #5 (3 credits) 2. TM60xx Elective #6 (3 credits) 3. TM7099 Thesis (6 credits)

The Doctorate Level Program has a total credit of 45. The structure of the curriculum is designed as follows. First Semester

1. TM60xx Elective #1 (3 credits) 2. TM60xx Elective #2 (3 credits) 3. TM60xx Elective #3 (3 credits) 4. TM60xx Elective #4 (3 credits)

Second Semester 1. Mandatory (6 credits) 2. Qualifying Exam (3 credits)

Third Semester 1. Research Proposal (5 credits) 2. Seminar I (3 credits)

Fourth Semester

Seminar II (5 credits)

Fifth Semester Seminar III (3 credits)

Sixth Semester

1. Seminar IV (5 credits) 2. Final Exam (3 credits)

Electives

TM6002 Professional Ethics TM6003 Advanced PE Mathematics

TM6004 Heat and Mass Transfer TM6005 Advanced Petrophysics TM6006 Fluid Flow Through Porous Media TM6007 Geology & Reservoir Characterization TM6008 Logging Equipments and Control TM6009 Carbonate and Naturally Fractured

Reservoir TM6010 Pressure Transient Analysis TM6011 Advanced Reservoir Simulation TM6012 Enhanced Oil Recovery (EOR) Methods TM6013 Chemical EOR TM6014 Miscible EOR TM6015 Immiscible EOR TM6016 Thermal EOR TM6017 Non-Thermal EOR TM6018 CBM Technology TM6019 Selected Topics in Reservoir

Engineering TM6020 Selected Topics in Formation

Evaluation TM6021 Selected Topics in Natural Gas

Engineering TM6022 Advanced Drilling Engineering TM6023 Rock Mechanics TM6024 Offshore Operation TM6025 Selected Topics in Drilling Engineering TM6026 Advanced Production Engineering TM6027 Surface Facilities Design TM6028 Fluid Flow in Production System

TM6029 Production Optimization TM6030 Advanced Artificial Lift TM6031 Advanced Well Stimulation TM6032 Selected Topics in Production

Engineering TM6033 Advanced Management and Economic

Analysis of Oil and Gas (O&G) Project TM6034 Economic and Financing Analysis of

O&G Project TM6035 Risk Analysis and Decision Making in

O&G Project TM6036 O&G Project Management and

Accounting TM6037 Advanced Optimization Method TM6038 Environmental Impact Prevention in

O&G Project TM6039 Reservoir Management TM6040 Reservoir Engineering and

Management TM6041 Planning of O&G Field Development TM6042 Macro and Micro-economics of O&G

Sector TM6043 Policy and Regulation of O&G Sector TM6044 Selected Topics in O&G Economics TM6045 Selected Topics in O&G Regulation TM6046 Energy Resources TM6047 Economic and Financing Analysis of

Energy Project TM6048 Environmental Management of Energy

Project

TM6049 Energy Economics TM6050 Energy Modeling TM6051 Energy Policy and Planning

TM6052 Regulation of Energy Sector TM7099 Thesis

THE INSTRUCTORS Eighteen instructors with their relevant in petroleum engineering background are involved in the program.

1. Arsegianto, M.Sc., Dr. 2. Asep Kurnia Permadi, M.Sc., Dr. 3. Doddy Abdassah, M.Sc., Dr. ,Prof. 4. Dody Nawangsidi, Dr.Eng. 5. Leksono Mucharam, M.Sc., Dr.. 6. Nenny Miryani Saptadji, M.Sc., Dr. 7. Pudji Permadi, M.Sc., Dr., Prof. 8. Pudjo Sukarno, M.Sc., Dr. ,Prof. 9. Purnomo Yusgiantoro, Ph.D, Prof. 10. Rudi Rubiandini R.S., M.Sc., Dr.Ing. ,Prof. 11. Septoratno Siregar, M.Sc., Dr.Ing.,Prof. 12. Sudjati Rachmat, Dipl.Ing, Dr-Ing. 13. Sutopo, M.Sc., Dr. 14. Taufan Marhaendrajana, M.Sc., Dr. 15. Tutuka Ariadji, M.Sc., Dr. 16. Ucok W.R. Siagian, M.Sc., Dr. 17. Widjajono Partowidagdo, M.Sc.,MSOR, Dr., Prof. 18. Zuher Syihab, M.Sc., Ph.D Guest lecturers who are prominent individuals with long experience in petroleum industry are also invited to enrich and put more colour to the courses being offered. They are:

1. Kardaya Warnika, Dr. 2. Trijana Kartoatmodjo, Dr.

DURATION, VENUE, ADMISSION & TUITION

PROGRAM DURATION The Master Program is designed for 3 semesters which takes 18 months and the Doctorate Program is designed for 6 semesters which takes 36 months. The program opens for two entries: January (for February-June class) and July (for August-December class).

PROGRAM VENUE The class will be conducted in Laboratorium Technology Building 4A

ADMISSION To be eligible for admission to the Master program, a candidate must

• hold a Bachelor Degree (S1) or its equivalent in Petroleum Engineering, Chemical Engineering, Physics Engineering, Mechanical Engineering, Industrial Engineering, Civil Engineering, Geoscience, Mathematics, and Physics;

• have TOEFL score of minimum 475 • have TPA (Academic Potency Test conducted by BAPPENAS) score of minimum 475. • pass the screening process (interview) conducted by the Screening Team

TUITION Tuition fee is according to ITB regulation and the payment is made during the semester registration.

INFORMATION & REGISTRATION

INFORMATION Master and Doctorate Program, Petroleum Engineering Program Study, ITB

Jalan Ganesha 10, Bandung 40132, Indonesia Phone : +62-22-2504955 Fax: (022) 2504955 email : pe-itb@tm.itb.ac.id

For detailed and further information, please visit us at http://www.tm.itb.ac.id

REGISTRATION Fill in the registration form, and submit it to the above address. We will provide you with necessary details. The registration form can be down-loaded from http://www.sps.itb.ac.id