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Analyze. Predict. Forecast. Prescribe optimization techniques and best practices for systems operations with the expertise and knowledge gained through the Master of Operations Research.

Operations research practitioners apply modeling and predictive technologies to analysis and solving of real-world problems. From the optimal design of telecommunications networks in the face of uncertain demand to the planning for an optimal deployment of armed forces during wartime, the diagnostic and analysis techniques explored in this program are applicable in a range of fields and positions. Common applications include solving for systems design and systems operations affecting energy production and distribution, environmental pollution control, health maintenance and software production.

As the need for predictive analysis and practical systems design increases, engineers, statisticians, analysts and mathematicians with expertise in operations research will also find increasing opportunities to apply their knowledge as they pursue career advancement opportunities.

According to the U.S. Bureau of Labor and Statistics (BLS) Occupational Outlook Handbook, job growth for operations research analysts is projected to grow 23.9% over the next decade, which is a much faster pace than the average for all occupations. In keeping with the pace of technological advances and companies seeking improved efficiency, demand for operations analysts and associated career paths is predicted to continue to grow. Historically, North Carolina has been in the top 14 states hiring operations research analysts.

Job Titles

The Master of Operations Research (MOR) degree prepares graduates for a range of careers in mathematics, engineering, statistics and analysis. Explore details about the following commonly held job titles held by program graduates:

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