Marietta’s Petroleum Engineering degree is one of the top of its kind in the country.  With our state-of-the-art facilities, leadership-focused courses, and abundant study abroad opportunities, this program is unlike any other in the nation. Over the course of their education, our students evolve into effective communicators, analytical problem solvers, and globally-minded professionals ready for the demands of an international career in petroleum engineering.

Students gain insight into every aspect of the oil and gas industry from experts in the field and conduct groundbreaking research with leading faculty. This Bachelor of Science program produces some of the most sought-after graduates in the nation. At Marietta College, you have the power to blaze a new trail in the competitive field of engineering.

Program Overview

Our comprehensive curriculum establishes a firm core foundation of concepts required by all engineering disciplines, with the first two years of the major exploring courses such as advanced calculus, chemistry, and engineering reasoning.

As students progress to a higher level, they dive into the advanced and specialized concepts unique to petroleum engineering through classes on thermodynamics, reservoir engineering, and the details of drilling and completion fluids. 

At the close of senior year, students complete the senior year capstone: a rigorous team project in an industry-style setting, designed to simulate the realities of a career in petroleum engineering. This comprehensive, integrated engineering design project moves through every technical aspect of the petroleum business—from a discovery well to waterflood installation, addressing related social, economic, and environmental issues. 

All students in the petroleum engineering program have access to our state-of-the-art facilities including the drilling and completion fluids lab, core fluids and analysis lab, and natural gas lab. They also carry out field studies at oil and gas wells located throughout the region.

This program is offered through the Edwy R. Brown Department of Petroleum Engineering and Geology. Our B.S. degree is accredited by the Engineering Accreditation Committee (EAC) of ABET, Inc., a federation of 28 professional and technical societies that is recognized as a U.S. accreditor of college and university programs.

Careers and Graduate Opportunities

Our students forge careers for themselves that extend to all four corners of the globe, often taking positions with international corporations that allow them to utilize the full scope of their skills. A degree in petroleum engineering prepares you primarily for a lucrative career in the oil and gas industry, though our graduates have used their degree to find openings in a diverse range of industries.

Petroleum engineers often work in the field, implementing improved methods for oil and gas production, supervising wells, and facilitating daily operations. Office work can include positions as consultants or advisors to corporations large and small. 

Further graduate study can focus on gaining more in-depth knowledge of petroleum engineering through master’s and doctoral level degrees. Additionally, some professionals may return to school for leadership and executive focused degrees to continue their career trajectory.

Students who earn their Bachelor of Science in Petroleum Engineering can expect to find career security and lucrative positions with companies around the globe. According to the Bureau of Labor Statistics, the median annual salary for a petroleum engineer in 2017 was $132,280. Career opportunities in this sector are expected to grow 15% from 2016-2026, signally strong growth potential for our future graduates. 

Learn More About Our Petroleum Engineering Degree

The Petroleum Engineering program at Marietta College is widely regarded as one of the most focused in the nation. If you are considering Marietta for your undergraduate studies, request more information below.

Sample Four-Year Schedule

First Year (Fall Semester)
Petroleum Engineering 101 Engineering Reasoning 3 credit hours
Chemistry 131 General Chemistry I 3 credit hours
Chemistry 133 General Chemistry Lab I 1 credit hour
Communication 101 Fundamentals of Communication 3 credit hours
Geology 111 Physical Geology 4 credit hours
Mathematics 125 Calculus I 4 credit hours
Semester Credit Hours   18 credit hours
First Year (Spring Semester)
Chemistry 132 General Chemistry II 3 credit hours
Chemistry 134 General Chemistry Lab II 1 credit hour
Geology 112 Historical Geology 4 credit hours
Mathematics 224 Calculus II 4 credit hours
Petroleum Engineering 216 Petrophysics 3 credit hours
Writing 110 College Composition 3 credit hours
Semester Credit Hours   18 credit hours
Second Year (Fall Semester)
Computer Science 210 Scientific Computing & Problem Solving 3 credit hours
Engineering 311 Engineering Statics 3 credit hours
Physics 221 General Physics I 4 credit hours
Mathematics 235 Advanced Engineering Mathematics 3 credit hours
General Education course   3 credit hours
Semester Credit Hours   16 credit hours
Second Year (Spring Semester)
Engineering 312 Strength of Materials 3 credit hours
Engineering 321 Fluid Mechanics 3 credit hours
Mathematics 302 Differential Equations with Numerical Methods 3 credit hours
Physics 222 General Physics II 4 credit hours
General Education course   3 credit hours
Semester Credit Hours   16 credit hours
Third Year (Fall Semester)
Engineering 351 Thermodynamics 3 credit hours
Mathematics 257 Engineering Statistics 3 credit hours
Petroleum Engineering 343 Formation Evaluation 3 credit hours
Petroleum Engineering 317 Hydrocarbon Phase Behavior 3 credit hours
General Education course   3 credit hours
General Education course   3 credit hours
Semester Credit Hours   18 credit hours
Third Year (Spring Semester)
Writing 307 Technical Writing 3 credit hours
Geology 326 Petroleum Geology 3 credit hours
Petroleum Engineering 318 Reservoir Engineering 3 credit hours
Petroleum Engineering 341 Drilling Engineering 3 credit hours
Petroleum Engineering 342 Production Systems Engineering I 3 credit hours
Petroleum Engineering 302 Drilling & Completion Fluids, Well Control Lab 1 credit hour
Semester Credit Hours   16 credit hours
Fourth Year (Fall Semester)
Engineering 325 Economic Analysis & Investment Decision Methods 3 credit hours
Petroleum Engineering 405 Enhanced Recovery 3 credit hours
Petroleum Engineering 423 Production Systems Engineering II 3 credit hours
General Education course   3 credit hours
General Education course   3 credit hours
Semester Credit Hours   15 credit hours
Fourth Year (Spring Semester)
Engineering 331 Electrical Engineering 4 credit hours
Petroleum Engineering 406 Natural Gas Engineering 3 credit hours
Petroleum Engineering 421 Transient Pressure Analysis 3 credit hours
Petroleum Engineering 430 Senior Capstone Design Seminar 3 credit hours
General Education course   3 credit hours
Semester Credit Hours   16 credit hours

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