Learning Objectives

The Bachelor of Petroleum Engineering curriculum aims to achieve the following learning objectives:

Attitudes and Values

  • Have faith in God and be able to show a religious attitude
  • Uphold human values in carrying out duties based on religion, morals and ethics
  • Internalize academic values, norms and ethics
  • Act as a citizen who is proud and loves the homeland, has nationalism and a sense of responsibility to the state and nation
  • Respect the diversity of cultures, views, religions and beliefs, as well as the original opinions or findings of others
  • Contribute to improving the quality of life in society, nation and state, and the progress of civilization based on Pancasila
  • Work together and have social sensitivity and concern for society and the environment
  • Obey the law and be disciplined in social and state life
  • Internalize the spirit of independence, struggle and entrepreneurship
  • Demonstrate a responsible attitude towards work in their field of expertise independently
  • Have a high spirit of defending the country and have the enthusiasm to study knowledge which can be used to serve the nation and state as much as possible with a pure and clean heart (Wimaya)

Authority and Responsibility

  • Able to be responsible for work in the field of expertise independently and can be given responsibility for achieving the work results of an institution or organization by prioritizing safety and security Able to make the right decisions based on analysis in supervising and evaluating the work for which they are responsible
  • Able to manage self-learning
  • Able to develop and maintain working networks with supervisors, colleagues inside and outside the institution

Knowledge

  • Master the theoretical concepts of geoscience, basic sciences (mathematics, physics and chemistry) and environmental science
  • Mastering engineering sciences (petroleum engineering mathematics, petroleum engineering materials, fluid mechanics, hydrocarbon physical chemistry, physical chemistry, reservoir mechanics)
  • Mastering the application of reservoir engineering, drilling engineering, production engineering and engineering economics)
  • Menguasai aplikasi teknik reservoir, teknik pemboran, teknik produksi dan ekonomi teknik

General Skills

  • Applying science and/or technology in the field of expertise through scientific reasoning based on logical, critical, systematic and innovative thinking
  • Examine knowledge and/or technology in the field of expertise based on scientific principles, or produce design/art work along with its description based on standard design rules or methods, which are prepared in the form of a thesis or final project report
  • Publish the results of final assignments or design/art works, which meet scientific writing requirements, and can be accessed by the academic community
  • Compile and communicate ideas and information in their scientific field effectively, through various forms of media to the academic community.

Special Skills

  • Able to identify reservoir characteristics, determine hydrocarbon content, volumetric reserves, material balance and decline curve
  • Able to optimize production and injection rates, as well as forecast reservoir production
  • Able to create reservoir simulation modeling to determine optimum reservoir development scenarios
  • Able to select and design methods for increasing enchanced oil recovery
  • Able to plan vertical, directional and horizontal drilling
  • Able to identify drilling problems, prevent and overcome them
  • Able to optimize drilling operations
  • Able to carry out analysis and estimate drilling costs and submit AFE (Authorization for Expenditure)
  • Able to describe drilling equipment, understand programs, make drill holes, casing and cementing, and special operations (pressure test, logging, coring, perforating, fishing, and completion)
  • Able to understand the supporting factors that influence the prevention and overcoming of drilling problems that occur
  • Able to understand parameters related to optimizing drilling operations in oil and gas and geothermal fields
  • Mastering drilling plans (creating, describing and preparing)
  • Mastering drilling tools (Drilling Equipment)
  • Mastering drilling materials or chemicals
  • Mastering drilling operations
  • Mastering overcoming drilling problems
  • Mastering cost planning and drilling economics
  • Master theoretical concepts about chemical composition, fluid phases and physical properties of fluids
  • Able to identify fluid flow behavior in productive formations using pressure balance analysis
  • Able to evaluate the flow performance of porous media, vertical pipes and horizontal pipes using various methods
  • Able to create designs and apply natural spray and artificial spray production methods
  • Able to identify production problems, prevent and overcome them and be able to design and utilize subsurface equipment technology
  • Able to create designs and utilize surface facilities technology
  • Able to run and analyze results with programs that are frequently and commonly used in the oil and gas industry
  • Able to carry out production enhancement in the oil and gas field
  • Able to create natural gas exploitation designs
  • Able to create geothermal exploitation designs

Support Skills

  • Able to run and analyze the results of programs in the Oil and Gas Industry, such as Petrel, CMG, Eclips, OFM, Fekete, IP/GS/Geolog and PetraSim
  • Able to measure the physical properties of rocks, fluids, and interpret well logs
  • Able to describe rocks and reconstruct structures (traps) and stratigraphic columns
  • Able to create subsurface maps (gross, net sand, net pay)
  • Able to analyze welltest data