COMPULSORY MODULES
FIRST SEMESTER
INTRODUCTION TO COMPUTING
Course code
CMPE101
Credit
3
Theoretical
2
Practical
2
Ects
5
This course presents the basics of computer systems The course is structured in two parts; including a short history of computers the first part of this course presents the history basic concepts and terminology of information technology basic hardware and software components of a computer system and integration of computer system components Besides the terminologies and abbreviations the students learn about the hardware setup of a personal computer and the relations between the processor memory and secondary devices The laboratory part includes basic computer usage and office programs (MS Word Excel) In the second part basics of problem solving approaches components and construction of computer programs flow-charting and modular programming issues are discussed Basics of C programming language are covered in classroom
READING AND WRITING SKILLS-I
CALCULUS-I
GENERAL PHYSICS-I
INTRODUCTION TO PETROLEUM ENGINEERING
MODERN TURKISH HISTORY
TURKISH
SECOND SEMESTER
GENERAL CHEMISTRY
INTRODUCTION TO PROGRAMMING
READING AND WRITING SKILLS-II
CALCULUS-II
GENERAL PHYSICS-II
FREE ELECTIVE
THIRD SEMESTER
ENGINEERING DRAWING
THERMODYNAMICS
ENGINEERING ECONOMY
DIFFERENTIAL EQUATIONS AND LINEAR ALGEBRA
INTRODUCTION TO PROBABILITY AND STATISTICS
GENERAL GEOLOGY
FOURTH SEMESTER
ENGINEERING MECHANICS-I
FLUID MECHANICS
MATHEMATICAL METHODS FOR ENGINEERS
NUMERICAL ANALYSIS
NON-TECHNIC ELECTIVE
TECHNICAL ELECTIVE
FIFTH SEMESTER
SUMMER TRANINING
DRILLING ENGINEERING-I
PETROLEUM RESERVIOR ENGINEERING-I
PETROLEUM PRODUCTION ENGINEERING-I
WELL LOGGING
TECHNICAL ELECTIVE
SIXTH SEMESTER
DRILLING ENGINEERING-II
PETROLEUM RESERVIOR ENGINEERING-II
PETROLEUM PRODUCTION ENGINEERING-II
PETROLEUM GEOLOGY
TECHNICAL ELECTIVE
SEVENTH SEMESTER
SUMMER TRAINING-II
NATURAL GAS ENGINEERING
PETROLEUM ENGINEERING DESIGN
TECHNICAL ELECTIVE
TECHNICAL ELECTIVE
EIGHTH SEMESTER
PETROLEUM PROPERTY VALUATION
GRADUATION PROJECT
TECHNICAL ELECTIVE
TECHNICAL ELECTIVE
TECHNICAL ELECTIVE
OPTIONAL MODULES
ROCK PROPERTIES
Course code
PNGE201
Credit
3
Theoretical
3
Practical
0
Ects
6
The overall objective of the course is to provide the student with basic understanding of the origin and physics of petroleum reservoirs and the ability to perform quantitative calculations related to their conditions and fluid-flow performance At the end of the course students should be able to: Describe and explain the nature of a petroleum reservoir and the geologic processes and materials that result in its rock properties temperature and pressure conditions and fluid content; Know the basic forms of Darcy's law governing single-phase fluid flow in porous media including the systems of units commonly used and be able to calculate flow rates and pressure differentials given specific sets of boundary conditions; extend the use of Darcy's law to include the effect of gravity non-uniform permeability and other heterogeneities; be able to extend the use of Darcy's law to include two immiscible fluid phases; explain and calculate two-phase flow problems in terms of relative permeability residual saturation and fractional flow; know the basic nomenclature of organic compounds and be able to explain and calculate fundamental single-component two-component and multi-component phase relations in temperature pressure and composition space Hardness compressive strength and relevant rock properties will also be discussed
HEALTH AND SAFETY IN PETROLEUM AND NATURAL GAS ENGINEERING
ENVIRONMENTAL CONTROL IN PETROLEUM ENGINEERING ACTIVITIES
CONVENTIONAL AND ALTERNATIVE ENERGY RESOURCES
EASTERN MEDITERRANEAN ENERGY GEOPOLITICS
APPLIED WELL CONTROL-I
WORLD ENERGY POLITICS
APPLIED WELL CONTROL-II
ENHANCED GAS PRODUCTION
OCCUPATIONAL HEALTH & SAFETY
GEOTHERMAL ENGINEERING
EASTERN MEDITERRANEAN ENERGY GEOPOLITICS
WORLD ENERGY POLITICS
ENVIRONMENTAL IMPACT ASSESSMENT
COMPUTER AIDED DATA ANALYSIS
CONVENTIONAL AND ALTERNATIVE ENERGY RESOURCES
FUNDAMENTALS OF RESERVOIR SIMULATION
PRODUCTION SCHEDULING
ENGINEERING MANAGEMENT
ENVIRONMENTAL POLLUTION AND ECOLOGY
INTRODUCTION TO SMART POWER GRID
SOIL AND GRDWATER POLLUTION
COMPUTER AIDED DESIGN
THERMAL POWER ENGINES
COAL GAS PRODUCTION
FUELS AND COMBUSTION
SOIL AND GROUNDWATER POLLUTION
ENVIRONMENTAL MANAGEMENT
PUBLIC HEALTH
PROGRAMMING IN MATLAB FOR ENGINEERING
CLOUD COMPUTING
SOLAR ENGINEERING
ENVIRONMENTAL GEOLOGY AND NATURAL HAZARDS
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