Master of Engineering (M.Eng)
The Petroleum Engineering department at the University of North Dakota provides a flexible and versatile Master of Engineering program.
Program Design
The program is designed to prepare candidates for the rigors of industry through custom-built curriculums and a variety of opportunities to build professional skills essential for your next step. The Master of Engineering program is offered both on-campus and through UND’s world-class distance education program (DEDP). The department also provides multiple opportunities for building a stronger professional network and an excellent glimpse into academic lifestyle.
Program Support
The courses and research direction adopted by the Master of Science students are advised by experts from the industry including the local industry from North Dakota and also the project topics that are proposed by the North Dakota Industrial Commission (NDIC).
The program is also supported by large number of industry partners as part of the department’s Industry Advisory Council (IAC) who help in the employment of candidates from the Petroleum Engineering program, including Hess Corporation, Continental Resources, Halliburton, Schlumberger, Baker Hughes, Conoco Philips, Oasis Petroleum, Equinor, Emerson, Neset Consulting, and Credence Energy Services.
There are also organizations within the University of North Dakota that hire students as interns to work on large-scale energy projects. These research centers include:
Institute for Energy Studies[BROKEN LINK]
Energy & Environmental Research Center
Expert guidance in resume and interview preparation is provided by UND Career Services.
More Information
For more information about the Master of Science program, check out UND's Program Finder page.
Proposed Curriculum
Applicants without undergraduate Petroleum Engineering degree:
Any student pursuing a Master of Engineering degree at the Department of Petroleum Engineering without having an undergraduate degree in Petroleum Engineering are suggested to take 7 of the below mentioned core courses for 21 credits, 3-6 credits of below mentioned optional courses and 3-6 credits of the design project. Details about the course plan should be approved by their graduate advisor.
Code |
Title |
Core Courses: 21 Credits (any 7 courses) |
|
PTRE 521 |
Advanced Production Engineering |
PTRE 531 |
Reservoir Geomechanics |
PTRE 532 |
Advanced Topics in Reservoir Engineering |
PTRE 541 |
Data Mining in Petroleum Engineering |
PTRE 545 |
Advanced Topics in Drilling Engineering |
PTRE 571 |
Reservoir Geostatistics |
PTRE 579 |
Advanced Topics in Petrophysics |
PTRE 587 |
Advanced Well Logging |
PTRE 589 |
Enhanced Oil Recovery |
Optional Courses: 3 to 6 Credits (1-2 courses) |
|
PTRE 511 |
Advanced Petroleum Engineering Labs |
PTRE 515 |
Fundamentals of Shale Plays |
PTRE 575 |
Advanced Stimulation Techniques |
PTRE 593 † |
Selected Topics in Petroleum Engineering |
Independent Study: 3 to 6 Credits |
|
PTRE 595* |
Design Project |
Applicants with undergraduate Petroleum Engineering degree (external to UND):
Any student pursuing a Master of Engineering degree at the Department of Petroleum Engineering with an undergraduate degree in Petroleum Engineering from a university other than UND are suggested to take 5 of the below mentioned core courses for 15 credits, 9-12 credits of below mentioned optional courses and 3-6 credits of the design project. Details and exceptions to the course plan should be approved by graduate advisor of the program.
Code |
Title |
Core Courses: 15 Credits (5 courses) |
|
PTRE 512 |
Reservoir Rock Physics |
PTRE 515 |
Fundamentals of Shale Play |
PTRE 531 |
Reservoir Geomechanics |
PTRE 541 |
Data Mining in Petroleum Engineering |
PTRE 571 |
Reservoir Geostatistics |
PTRE 589 |
Enhanced Oil Recovery |
Optional Courses: 9 to 12 Credits (3 to 4 courses) |
|
ENGR 410 |
Technology Ventures |
PTRE 510 |
Practical Seismic Processing |
PTRE 511 |
Advanced Petroleum Engineering Labs |
PTRE 521 |
Advanced Production Engineering |
PTRE 532 |
Advanced Topics in Reservoir Engineering |
PTRE 544 |
Advanced Topics in reservoir Geomechanics |
PTRE 545 |
Advanced Topics in Drilling Engineering |
PTRE 555 |
Pressure Transient Analysis |
PTRE 561 |
Natural Gas Engineering |
PTRE 572 |
Advanced Numerical Reservoir Simulation |
PTRE 575 |
Advanced Stimulation Techniques |
PTRE 579 |
Advanced Topics in Petrophysics |
PTRE 581 |
Reservoir Geophysics |
PTRE 593 † |
Selected Topics in Petroleum Engineering |
Independent Study: 3 to 6 Credits |
|
PTRE 595* |
Design Project |
Applicants with undergraduate Petroleum Engineering degree (from UND):
Any student pursuing a Master of Engineering degree at the Department of Petroleum Engineering with an undergraduate degree in Petroleum Engineering from UND are suggested to take all 5 of the below mentioned core courses for 15 credits, 9-12 credits of below mentioned optional courses and 3-6 credits of the design project. Details and exceptions to the course plan should be approved by graduate advisor of the program.
Code |
Title |
Core Courses: 15 Credits (5 courses) |
|
PTRE 512 |
Reservoir Rock Physics |
PTRE 515 |
Fundamentals of Shale Play |
PTRE 541 |
Data Mining in Petroleum Engineering |
PTRE 571 |
Reservoir Geostatistics |
PTRE 589 |
Enhanced Oil Recovery |
Optional Courses: 9 to 12 Credits (3 to 4 courses) |
|
ENGR 410 |
Technology Ventures |
PTRE 510 |
Practical Seismic Processing |
PTRE 544 |
Advanced Topics in reservoir Geomechanics |
PTRE 561 |
Natural Gas Engineering |
PTRE 581 |
Reservoir Geophysics |
PTRE 593 † |
Selected Topics in Petroleum Engineering |
Independent Study: 3 to 6 Credits |
|
PTRE 595* |
Design Project |
* PTRE 595 - Design Project must be approved by graduate advisor.
† Upto 6 credits of PTRE 593 can be taken. Topics decided upon availability and preference.