Petroleum Engineering Subjects: Petroleum Engineering is an academic program that is available at both the undergraduate and postgraduate levels for students who want to become petroleum engineers. The core Petroleum Engineering subjects are English, Engineering Physics, Basic Electrical and Electronics Engineering, Petroleum Geology, Process Instrumentation, and elective subjects.
Students seeking admission to undergraduate-level programs must successfully complete their higher secondary examination (10+2) in the science stream. For master-level courses in petroleum engineering, it is mandatory to have a bachelor's degree in a relevant science field.Petroleum Engineering Highlights | |
Particulars | Details |
Offered Courses | Undergraduate (UG), Post graduate (PG), and Doctoral Level (PhD) |
Admission Procedure | Entrance exams and academic qualifications |
Duration of the program | Undergraduate program- 4 years Postgraduate program - 2 years |
Average course fee | Range from INR 15,000 to INR 3, 45,000 (approximately) |
Average Salary | Approximately INR 4 to INR 6 lakhs |
Career Scope | Advisor/Consultants, Field operator, Testing manager/professional, Program management analyst, Technician, Junior Engineer position, research associate, Project Associate, Research Engineer position, Grade ‘B’ Engineers, and Lecturers Professors |
Core Petroleum Engineering Subject List | |
Name of Subject | Details of Subject |
English |
Under this subject, students will learn to identify their listening, speaking, reading, and writing skills. This subject aims to help engineering students improve their linguistic as well as communicative skills. Some of the additional topics within this petroleum engineering subject are:
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Engineering physics |
Students studying this subject will gain knowledge of coherent sources, utility optical instruments, optical interference, etc. Additionally, nuclear power is taught to students as a dependable supply for industry.
Other parts of this petroleum engineering subject include:
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Basic Electrical and Electronics Engineering |
In this subject, students explore various principles of electrical laws and network analysis and delve into the construction specifics of DC machines, transformers, alternators, and 3-phase induction motors. Additionally, students gain insight into the functioning of PNP and NPN transistors and the operation of different types of amplifiers.
The following are additional topics covered in this petroleum engineering subject:
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Petroleum Geology |
This subject centers on the examination of the origins, presence, accumulation, mobility, and exploration of hydrocarbon fuels. Students acquire the ability to recognize various sources, including reservoirs and caprocks. The following are some more topics covered in this petroleum engineering subject:
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Process Instrumentation |
In this petroleum engineering subject, students learn about the fundamental components of instruments, covering both their static and dynamic characteristics. They also become familiar with various industrial thermometers, composition analysis techniques, and more. Some additional topics are:
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Elective/ Optional Petroleum Engineering Subjects |
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Pipeline Engineering | This subject focuses on the operation and maintenance of pipelines. Students study pipeline product manufacture, pipe design, cleaning services, and related topics. |
Offshore Engineering | Students explore deepwater offshore structures and related difficulties. Wave theory for linear waves and its application to offshore structures—including wind, wave, gravity, and other phenomena—are covered in this subject. |
Reservoir Stimulation | Reservoir Stimulation covers the study of rock mechanics and its application through various analytical models, including 2D, pseudo 3D, and real 3D models. Students also learn about fluid fracturing, fracturing fluid rheology, and the design of fracturing fluids. |
1st Year Petroleum Engineering Subject List | |||
Semester | Core/ Optional | Subject Name | Subject Details |
1 | Core | Engineering Chemistry | This petroleum engineering subject equips students with essential knowledge of chemistry concepts necessary for engineering. This subject covers the study of chemical plant design and operation, the processes involved in transforming raw materials into final products, and various related aspects important for engineering students. |
2 | Core | Mathematics II and III | This subject focuses on enhancing students' mathematical skills, techniques, and methods. These mathematical foundations are vital for the development of analytical and design concepts in different engineering applications. |
Elements of Mechanical Engineering | This subject offers students an understanding of various mechanical systems and fundamental principles related to materials, fuels, internal combustion engines, steam systems, compressors, hydraulic machines, and transmission systems. This knowledge forms a solid foundation for engineering applications and problem-solving. |
2nd Year Petroleum Engineering Subject List | |||
Semester | Core/ Optional | Subject Name | Subject Details |
3 | Core | Complex Variables | This petroleum engineering subject delves into the study of special functions and their generating functions, encompassing concepts from geometry, algebra, and calculus. |
4 | Core | Thermodynamics for Petroleum Engineers | In it, students learn the fundamental laws of thermodynamics, including the zeroth, first, and second laws. This subject delves into various thermodynamic properties such as specific volume, internal energy, enthalpy, entropy, and specific heat. Additionally, they explore how to apply these thermodynamic principles to analyze chemical processes and more. |
3rd Year Petroleum Engineering Subject List | |||
Semester | Core/ Optional | Subject Name | Subject Details |
5 | Core | Drilling Technology | This petroleum engineering subject provides comprehensive knowledge of drilling processes, covering various aspects of drilling operations and processes, including equipment, designs, tools, techniques, and related components essential for effective drilling operations. |
6 | Elective | Alternative Energy Sources for Automobiles | Automobiles require various alternative energy sources, including LPG, CNG, methanol, ethanol, hydrogen, biodiesel, electricity, and fuel cells. This subject delves into detailing the benefits, drawbacks, features, and distinctions among these alternative energy sources |
4th Year Petroleum Engineering Subject List | |||
Semester | Core/ Optional | Subject Name | Subject Details |
7 | Elective | Natural Gas Hydrates | The properties and characteristics of natural gas hydrates, the classification of NGH, hydrate formation, dehydration processes, deactivation of hydrates, and various related aspects provide a comprehensive understanding of this important topic. |
8 | Core | EOR Techniques | The study of secondary and tertiary recovery methods for extracting crude oils from specific reservoirs is included in this petroleum engineering subject. It further covers the maintenance of injection wells, production wells, ignition procedures, and the proper handling of injection wells and related processes, which are essential for enhanced oil recovery. |
Specializations Offered in Petroleum Engineering Subjects | ||
Subjects | Specialization | Details |
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Drilling Engineering | The Drilling Engineering specialization covers a range of drilling techniques and ideas and represents the first use of technology in oil field operations. |
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Production Engineering | As a branch of petroleum engineering, production engineering educates students in product manufacture, raw material-based product design, process implementation, and manufacturing process operation, control, and maintenance. |
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Reservoir Engineering | The development and profitable recovery of oil and gas reservoirs depend on the application of scientific concepts to fluid flow in porous media, which is the focus of reservoir engineering. |
Subject Wise Petroleum Engineering Best Books | ||
Name of Petroleum Engineering Subjects | Book Title | Author |
Natural Gas Hydrates | Natural Gas Hydrates: A Guide for Engineers | John Carroll |
Engineering Physics | Functional Analysis: An Introduction | Hiroyuki Shima |
Basic Electrical and Electronics Engineering | Basic Electrical and Electronics Engineering | R. Saravanakumar, V. Jegathesan, and K. Vinoth Kumar |
Petroleum Geology | Geology Of Petroleum, 2nd Edition | LEVORSEN A.I. |
Process Instrumentation | Instrumentation and Process Control | Vishnu Priye, Janardan Prasad |
Petroleum Production Engineering | Petroleum Production Engineering | Boyun Guo |
Surface Production Operations | Surface Production Operations, Volume 1: Design of Oil Handling Systems and Facilities | Maurice Stewart |
Petroleum Economics, Policies and Regulations | Petroleum, Industry, and Governments: An Introduction to Petroleum Regulation, Economics, and Government | Bernard Taverne |