Industrial Engineering and Operations Research
Master of Engineering (M.E.), Master of Science (M.S.), Doctor of Philosophy (Ph.D.) in Mechanical Engineering
More Information
For distance education and registration questions:
Jenny Hannifin
Continuing Education
(970) 491-2665
jhannifin@learn.colostate.edu
For program, curriculum, or academic advising questions:
William Duff, Ph.D.
Mechanical Engineering
(970) 491-5859
bill@engr.colostate.edu
Before applying, please contact:
Karen Mueller
Mechanical Engineering
(970) 491-3872
Karen.Mueller@colostate.edu
Degree Overview
You will gain a strong disciplinary background in mathematical and statistical modeling and are exposed to computational issues in practical problem solving and decision-making. The Master of Engineering is a course work only degree and the Master of Science degree requires a formal thesis.
This degree will prepare you for teaching and research careers in telescope manufacturing, transportation systems, health care systems, fuel economy and pollution control, telecommunications networking, combat threat analysis, food and energy production and distribution, strategic political and military response, and environmental pollution control.
Industrial Engineering was named by CNNMoney.com as one of the top 15 most lucrative college degrees in 2009. This is according to the average starting offers for graduates with this degree.
Offered through the Department of Mechanical Engineering, the master's and doctoral program specializations in industrial engineering and operations research emphasize the application of mathematics, statistics, engineering economics and computer methods to the problems of manufacturing, government, and service industries.
Requirements
Courses may be taken in your program before you are formally admitted, but this will reduce the number of credits you may transfer from other institutions.
Master of Engineering (M.E.)
- A minimum of 30 semester credits of graduate work in an approved course of study.
- All course work is in formal academic courses. No thesis, independent study, research, internship, or practicum credits will be accepted.
- A minimum of 24 semester credits at the 500-level or above must be earned at Colorado State University, 21 of which must be earned after formal admission to the Graduate School, and 15 of which must be within the mechanical engineering department.
Master of Science (M.S.)
- A thesis and a thesis defense are required.
- Contact the Professor-In-Charge.
Dr. William Duff
Doctor of Philosophy (Ph.D.)
- Contact the Professor-In-Charge: Dr. William Duff
Succeeding in a high-tech company requires staying current in your field through both experience and education. With CSU I could advance my education without sacrificing years gaining experience. I liked the program so much that after earning a Ph.D. in mechanical engineering, I returned to take additional classes and earned a graduate certificate in statistics. I strongly recommend CSU to anyone looking for a flexible, high-quality education.
– Robert Meeks
Curriculum
Your program of study will depend on the specialization you wish to pursue and is developed after discussions with your advisor.
M.E., M.S., and Ph.D. Required Courses
- ENGR 510 - Linear Programming and Network Flows (3 cr.)
- ENGR 520 - Engineering Decision Support/Expert Systems (3 cr.)
- MECH 509 - Manufacturing Quality Design and Control (3 cr.) (3-day on-campus workshop and online)
- MECH 510 - Advanced Engineering Economy (2 cr.) (3-day on-campus workshop and online)
- MECH 512 - Reliability Engineering (3 cr.) (3-day on-campus workshop and online)
- MECH 513 - Simulation Fundamentals (3 cr.) (3-day on-campus workshop and online)
- MECH 609 - Experimental Optimization (3 cr.) (3-day on-campus workshop and online)
Ph.D. Required Courses
Once you have completed the required courses, your remaining individual Ph.D. course requirements will be determined with the concurrence of your graduate committee.
Exemption from a required course program may only be obtained via course work taken prior to admission to the Colorado State University program that is substantially the same as the required course work. Exemptions must be approved by the professor-in-charge of this program.
Electives
Typical electives are listed below.
- MATH 520 - Nonlinear Programming (3 cr.)
- MECH 531 - Materials Engineering (3 cr.)
- MECH 573 - Structure and Function of Biomaterials (3 cr.)
- STAT 520 - Introduction to Probability Theory (4 cr.)
- STAT 521 - Stochastic Processes I (3 cr.)
- STAT 522 - Stochastic Processes II (3 cr.)
- STAT 525 - Analysis of Time Series I (3 cr.)
- STAT 526 - Analysis of Time Series II (3 cr.)
- STAT 530 - Mathematical Statistics (3 cr.)
- STAT 540 - Data Analysis and Regression (3 cr.)
- STAT 640 - Design and Linear Modeling I (4 cr.)
- STAT 645 - Categorical Analysis and GLIM (3 cr.)
- STAT 650 - Design and Linear Modeling II (4 cr.)
Admission and Application
Calculus through differential equations, a calculus-based statistics course, and Engineering Economics. (A make-up course MECH 410 - Engineering Economy Principles/Calculations is available online for those who do not have this prerequisite).
A B.S. degree in engineering or science from a regionally accredited institution is required. Students with B.S. degrees in mathematics or statistics are encouraged to apply. Depending on your experience, you may be asked to take two or three courses in a mechanics, materials, or thermofluids sequence.
This program follows Department of Mechanical Engineering general admission requirements and procedures. Track II admission is not available for this degree.
Degree at a Glance
Delivery
Online, DVD/VCD, and workshop. A few days of on-campus attendance is required for some courses.
Total Credits
M.E. - 30 credits
M.S. - 30 credits
Tuition
$520 per credit
(financial aid available)
Time Frame
Master's programs can be completed in two years. Doctoral program can be completed in four years. Program duration may vary based on previous course work, intensity of study, and course availability. Summer courses may be required to complete the master's and doctoral programs.
Designed For
Engineers who want to further their careers with industrial firms and governmental agencies; those interested in teaching and research; those who want to pursue a career in private practice.
What You Will Earn
You will earn the same regionally accredited Colorado State University degree that a student on the Fort Collins campus is awarded. Your diploma and transcript are identical to those given to on-campus students.



