Study Plan in Petroleum Engineering

Study Plan in Petroleum Engineering

CONTENTS 1) Presentation 5) Mandatory Subjects 2) Requirements 6) Objectives 3) Study Plan / Duration 7) Suggested Courses 4) Academics Credit Table 1) Presentation offers its students a distance study method, in which students do not need to physically assist to any class. They use a study platform in which they have access to a personal tutor. In turn, the attractiveness of this method is that students can enjoy a flexible study schedule having the freedom to organize their time with a high standard of discipline. In this system, offered by, students will have the access to this type of independent educational method from the comfort of your residence, eliminating the difficulties of geography, organizing their study time and respecting family life and work obligations. 2) Requirements High School Diploma or equivalent certificates plus a one year of academic or work experience in the field of your studies of interest 3) Study Plan - Duration The study plan that offers for bachelors, masters and doctorates, consists of 4 phases: Phase 1: This is the phase where students submit their academic credentials to their assigned advisor, either to confirm their academic level or to validate different courses or work experience. In turn, the student will have to develop 5 mandatory essays of general knowledge. The grading for the essays in Phase 1, may take 2 to 5 business days Phase 2: This is the main phase of the program. Students will have to develop their study plan or work with the one provided by. Once the plan is completed a new academic advisor will evaluate the proposal and inform the student of its approval. The order in which the investigative papers are developed, as well as the deadlines, depend on the student. does not impose deadlines for any of its investigative papers, however recommends developing at least one paper a month. The grading of the research papers for Phase 2 can take from 3-10 business days to be submitted. Phase 3: This is the phase where the students present their thesis proposal and its corresponding development after it has been approved by the academic advisor assigned. The development and completion of this phase may take the student an average of 6 weeks. The grading of the final thesis may take from 10-20 business days. 2 P á g i n a

Phase 4: This is the administrative phase of data verification, where the Administrative Department of and the student determine the way of shipping the official documents that the students requires. Once receives the information of Phase 4 completed by the student, the diplomas legalization process begins. All pertaining documents will be sent on the next graduation date (graduation dates will be informed in Phase 4). Important Notes The student can take a maximum of 2 courses at the same once he is in the second phase. For each course, the student must develop an analytical and a research regarding the topic of the course. Once a course is evaluated by the academic adviser, the student may continue to the next. In order for the student to access to the next phase, the academic adviser must first evaluate and authorized the student s assignments. The order and completion dates of the courses will depend on the student. does not impose due dates for any of the investigative assignments; although, recommends its students to turn in these assignments at least once a month If an assignment does not meet the standards implemented by at evaluation, the student has the chance to revise his work and improve it to meet s academic requirements. 4) Academics Credit Table A total of 120 credits are require for the completion of studies for a bachelor. will award a maximum of 24 credits for recognition of credits of other institutions and life work experience in the chosen career. has 5 mandatory courses and each course is worth 3 credits, as established by the university. offers its students the choice between 15 to 25 courses based on the criteria of the academic advisor. Total credits granted by 15 mandatory credits + 24 validated credits maximum ------------------------------------------ 39 total credits 51 credits to study (average of 17 courses) 30 credits for the thesis ------------------------------------------- 120 total credits for bachelor 3 P á g i n a

5) Mandatory Subjects The contents of these mandatory courses will be accessible to the student inside its online platform. a) Autobiography b) Education philosophy c) Globalization d) Human behavior e) Biographical influence and the importance of the study program 6) Objective 's objective is to provide students with the knowledge, skills and values necessary for individuals in today's challenging world. The fundamental purpose of andragogy education is to ensure the acquisition of knowledge common to educated people and to equip students to integrate acquired knowledge in order to produce interconnections of thoughts and ideas. The goal of this study program is to provide students with the information, ideas and skills they need to have in order to live a happier and more intellectually rewarding life. 7) Suggested Courses Here you will be able to find courses that are required as a basis for general study and courses that suits your desired plan of studies. However that does not mean it's a standardized program that you would want as a study plan. The following are suggested courses that can guide you to make your own specialized curriculum. 1) Principles of Sequence Stratigraphy Methods of Sequence Stratigraphic Analysis Accommodation and Shoreline Shifts Stratigraphic Surfaces Systems Tracts Sequence Models Time Attributes of Stratigraphic Surfaces Hierarchy of Sequences 2) Rock Mechanics Rock as a Material 4 P á g i n a

Analysis of Stress and Strain Friction on Rock Surfaces Deformation and Failure of Rock Linear Elasticity Laboratory Testing of Rocks Poroelasticity and Thermoelasticity Stresses around Cavities and Excavations Inelastic Behavior Micromechanical Models Wave Propagation in Rocks Hydromechanical Behavior of Fractures Geological Applications 3) Advanced Reservoir Management and Engineering Well Testing Analysis Water Influx Unconventional Gas Reservoirs Performance of Oil Reservoirs Predicting Oil Reservoir Performance Introduction to Enhanced Oil Recovery Economic Analysis Financial Analysis Professionalism and Ethics 4) Deepwater Petroleum Exploration and Production A Century Getting Ready Letting Go of the Past Geology and Geophysics Exploring the Deepwater Drilling Rigs Drilling and Completing the Well Development Systems Fixed Structures Floating Production Systems Subsea Systems Pipelines, Flowlines and Risers Offshore Support Vessels Technology and the Third Wave 5 P á g i n a

5) Petrophysics: Theory and Practice Introduction to Mineralogy Introduction to Petroleum Geology Porosity and Permeability Formation Resistivity and Water Saturation Capillary Pressure Wettability Applications of Darcy s Law Naturally Fractured Reservoirs Effect of Stress on Reservoir Rock Properties Reservoir Characterization Fluid-Rock Interaction 6) Unconventional Petroleum Geology Unconventional Continuous Petroleum Accumulation Tight-Sandstone Oil and Gas Coalbed Methane Shale Gas Carbonate Fracture- Cavity Reservoir Volcanic Reservoirs and Hydrocarbon Accumulations Oil and Gas Metamorphic Reservoirs Heavy Oil and Bitumen Natural Gas Hydrate Outlook on Unconventional Petroleum Resources 7) Integrated Reservoir Asset Management Geophysics Well Logging Well Testing Production Evaluation Techniques Rock-Fluid Interactions Fluid Displacement Reservoir Simulation Data Management 6 P á g i n a

Reservoir Flow Modeling Modern Reservoir Management Applications Unit Conversion Factors 8) Environmental Control in Petroleum Engineering Drilling and Production Operations The Impact of Drilling and Production Operations Environmental Transport of Petroleum Wastes Planning for Environmental Protection Waste Treatment Methods Waste Disposal Methods Remediation of Contaminated Sites Environmental Regulations Sensitive Habitats 9) Introduction to Petroleum Technology Origin and Occurrence of Oil Exploration Recovery and Transportation Crude Oil Classification and Benchmarks The Petroleum Culture Oil Prices The Crude Oil Market Oil Supply The Future Conversion Factors 10) Surface Operations in Petroleum Production Introduction to Surface Production Equipment Physical Properties of Petroleum Gases and Liquids Separation of Oil and Gas Oil Field Emulsions and their Electrical Resolution Chemical Resolution of Petroleum Emulsions Vapor Recovery Natural Gas and Natural Gas Liquids Oil and Gas Transport Design of Flowing Well Systems 7 P á g i n a

Gas Lift Plunger Lift 11) Surface Operations in Petroleum Production II Flow Rate Measurement The Manufacture, Chemistry and Classification of Oilwell Cements and Additives Fracturing Acidizing Oil Wells Gravel Packing Corrosion in Drilling and Producing Operations Water Quality for Subsurface Injection Offshore Technology Underground Storage of Gas and Oil Technology of Testing Petroleum Products and Sample Experiments 12) International Petroleum Accounting Upstream Petroleum Operations Industry Accounting Practices Contracts that Influence Accounting Decisions Accounting for Exploratory Drilling and Appraisal Costs Accounting for the Costs of Development Successful Efforts Depreciation, Depletion and Amortization Successful Efforts Full Cost Accounting in International Operations Recognition of Revenue Accounting for Future Decommissioning and Environmental Costs Accounting for International Joint Operations 13) Geochemistry Energy, Entropy and Fundamental Thermodynamic Concepts Applications of Thermodynamics to the Earth Kinetics: The Pace of Things Aquatic Chemistry Trace Elements in Igneous Processes Stable Isotope Geochemistry Solar System 8 P á g i n a

Geochemistry of the Solid Earth Organic Geochemistry, the Carbon Cycle and Climate 14) Oil Politics: A Modern History of Petroleum Cornerstone Concessions Big Bang and the Growth of the Markets Fixing the Crude Oil Price Structure The Growth of Competition Enter OPEC: The Early Years The Tehran and Tripoli Agreements The Struggle for Control Importers Take Heed The Crisis of 73 The Aftermath of 73 The Crisis of 79 Backlash Prices and Policies The Development of Non-OPEC Oil since 1970 15) The Politics of the Global Oil Industry Essentials of Oil The Oil Companies The Oil-Producing Nations OPEC and International Oil Organizations The Issues International Politics Environmental Concerns Human Rights Oil and Economic Development 16) Lifting the Oil Curse Country Overview Macroeconomics Policy Challenges Fiscal Policy Formulation Persistent Surpluses and Accumulation of Assets CEMAC Countries Institutional Oversight of the Oil Sector 9 P á g i n a

Current Practice Transparency Requirements Current Practice 17) The Empire Strikes a Match in a World Full of Oil A New Empire for a New Century On the Absurdity of Spreading Democracy by the Sword The British Empire Foundations of American Empire: Early History The New Deal Revolution: Tax, Spend and Elect The Imperial Age Taking the Offensive: 1995 to 2001 Where the Debris from the World Trade Towers Landed Developments in America Worldwide Recession Bringing the Match 2009 18) Oil and Energy Alternatives The Rising Cost of Oil Signs Pointing to an Oil Crisis Signs Pointing to No Oil Crisis Politics of Oil US Domestic Policies Politics of Oil International Relations Oil and the Environment Carbon-Free Energy Arguments Supporting Alternative Energy Use Arguments Against Alternative Energy Use 19) Blowout in the Gulf: The BP Oil Spill Disaster A Question for Our Time The Macondo Mess Stored Sunlight and Its Risks Colonel of an Industry Barons and Barrels Off the Edge in All Directions Energy Independence 10 P á g i n a

To Know Us Is to Love Us? Cleaning Up 20) Green Petroleum: How Oil and Gas can be Environmentally Sustainable Introduction Have we Progressed in Technology Development Skills? How long has this Technological Disaster been in the Making? Is Modern Science Capable of Discerning Between True and False? Fundamentals of Mass and Energy Balance A True Sustainability Criterion and Its Implications What is Truly Green Energy? Good Light and Bad Light Do You Believe in Global Warming? Is the 3 R s Mantra Sufficient? Truly Green Refining and Gas Processing 11 P á g i n a