McDougall School of Petroleum Engineering

For more information about degree offerings, visit the McDougall School of Petroleum Engineering webpage.

The McDougall School of Petroleum Engineering offers the programs leading to the Master of Engineering (M.E.) , Master of Science in Engineering (M.S.E.) , and Doctor of Philosophy (Ph.D.)  degrees. The degree programs are designed to produce graduates with a high level of competence in the broad field of petroleum engineering. The curriculum covers the essential areas of drilling, production, and reservoir engineering. Graduate research is conducted in reservoir simulation, well test analysis, reservoir characterization, multiphase flow in pipes, mechanics of tubulars, directional drilling, drilling fluids, cuttings transport, formation damage, artificial lift, separation technology, and improved oil recovery.

The School also offers the undergraduate degree program; its objectives are to produce a petroleum engineer who is capable of working as a drilling and completions, production, or reservoir engineer, to develop the ability to analyze, synthesize, and design open-ended petroleum engineering systems using available engineering tools; to understand the associated uncertainties and evaluate the economic and social impact; and to develop the ability to synthesize inputs from various sources and articulate technical concepts.

Learning Objectives

Master of Engineering graduates are expected to:

• Demonstrate advanced technical skills in petroleum engineering or related area.
• Demonstrate high standards of ethical, environmental, and societal awareness.
• Demonstrate effective written and oral communication skills.

Master of Science in Engineering graduates are expected to:

• Demonstrate advanced research skills in petroleum engineering or related area.
• Conduct an independent research work in petroleum engineering or related area.
• Demonstrate high standards of ethical, environmental, and societal awareness.
• Demonstrate effective written and oral communication skills.

Doctor of Philosophy graduates are expected to:

• Demonstrate proficiency in the professional skills needed to become competent researchers, university professors, and scientists in petroleum industry and/or academia.
• Synthesize, critique, apply, and extend major theories and methods and/or perform advanced engineering systems design in petroleum engineering or related area.
• Demonstrate the ability to direct teams towards state-of-the-art in their research.
• Demonstrate high standards of ethical, environmental, and societal awareness.
• Demonstrate effective written and oral communication skills.

Programs

• Petroleum Engineering, M.E.
• Petroleum Engineering, M.S.E.

• Petroleum Engineering, Ph.D.

Courses

• PE 6023 Fundamentals and Applications of Geothermal Energy
• PE 6183 Flow Assurance
• PE 6413 Petroleum Economics and Property Evaluation
• PE 6453 Formation Evaluation
• PE 6463 Well Construction and Completion Design
• PE 6473 Production Engineering II
• PE 6513 Reservoir Engineering II
• PE 6863 Special Topics
• PE 7003 Artificial Lift Systems
• PE 7013 Advanced Reservoir Engineering
• PE 7023 Advanced Production Design
• PE 7033 Well Test Analysis I
• PE 7043 Reservoir Simulation I
• PE 7053 Two Phase Flow Modeling
• PE 7063 Advanced Drilling
• PE 7073 Geostatistics
• PE 7083 Modern Reservoir Engineering
• PE 7093 Geomechanics
• PE 7123 Advanced Drilling Fluids
• PE 7143 Transient Multiphase Production Design
• PE 7220 Graduate Seminar
• PE 7813 Special Topics in Petroleum Engineering
• PE 7911-3 Master’s Project
• PE 7961 Residency
• PE 7981-6 Research and Thesis
• PE 7991-3 Independent Study
• PE 8013 Reservoir Simulation II
• PE 8023 Assisted History Matching
• PE 8053 Transient Two-Phase Flow
• PE 9981-9 Research and Dissertation
• PE 9991-3 Independent Study