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What is Operations Research?

Get a Master's in Operations Research

The Operations Research M.S.

Become the expert that decision-makers turn to for solutions.

Today’s world needs leaders with deep expertise and the ability to solve complex challenges through research and innovation.

The Master of Science in Operations Research offers a cutting-edge curriculum focused on a scientific approach to modeling, analysis and optimization of complex systems, using both deterministic and probabilistic methods. You will learn to leverage mathematics, stochastic processes and computational techniques to enable data-driven decision-making and improve efficiency across various industries.

With this operations research degree, you'll gain the expertise to address complex design, planning and resource allocation challenges, positioning yourself as a sought-after problem solver in government, industry and beyond.

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Why Choose Florida Tech for Operations Research?

Florida Tech is one of the few universities in the country offering a dedicated master’s in operations research. Here, you'll get a specialized, high-impact education that prepares you to lead in data-driven industries and technical environments—and to solve today’s most complex operational challenges.

At Florida Tech, small class sizes create a personalized learning environment where you’ll work closely with faculty on hands-on, research-driven projects.

Operations research professors bring deep industry experience and a collaborative, interdisciplinary approach, connecting theory with real-world applications in fields like medicine, engineering, computer science and the life sciences.

You’ll graduate with both the technical expertise and the practical insight to lead confidently in complex environments.

The core curriculum provides a strong foundation in operations research, covering essential topics that align with high-interest areas in the field. These fundamental skills support applications in:

  • Optimization and AI integration
  • Machine learning and data-driven decision making
  • Risk management and uncertainty modeling
  • Applied OR and real-world problem solving

Operations research students participate in interdisciplinary team projects that span optimization and optimal control, stochastic modeling, inverse problems, image processing, data mining, game theory, financial mathematics, statistics and more.

Through a range of research opportunities, students build proficiency in applying operations research methods to real-world challenges similar to those they may encounter in the workplace.

Internship opportunities are often available with companies in finance, pharmaceuticals, insurance, government and aircraft manufacturing. Eligible on-campus students may also be considered for graduate assistantships.

The operations research degree offers both thesis and nonthesis options.

Students choosing the thesis option conduct in-depth study of a topic or problem in operations research. Theses that integrate operations research with applications in science or engineering are especially welcome, and students are encouraged to submit one manuscript to a peer-reviewed journal before their thesis defense.

Those choosing the nonthesis option take a written final program examination in the areas of stochastic analysis, optimization and statistics. 

Students in operations research come from a range of academic and professional backgrounds.

Proficiency in mathematics covering topics in calculus, probability, statistics and linear algebra is necessary. Students therefore typically have an undergraduate major in a mathematics, science or an engineering discipline that requires a significant amount of mathematics.

Business majors with strong quantitative backgrounds are also encouraged to apply.

For more admission information, please see our graduate admission requirements, or start your application now!

Careers in Operations Research

Operations research is highly interdisciplinary, making it valuable across industries that rely on data-driven decision-making, optimization and complex problem-solving.

Graduates are well prepared for careers in a range of fields.  Areas in which operations researchers play a key role include:

Energy and Utilities
Grid optimization and energy distribution; renewable energy planning and forecasting; oil and gas extraction logistics.

Finance and Risk Management
Portfolio optimization and strategies; fraud detection and risk analysis; algorithmic trading and pricing models.

Government and Defense
Military logistics and strategy; national security and intelligence; public policy and resource allocation.

Healthcare and Public Health
Hospital operations and resource allocation; medical decision-making and policy planning; pharmaceutical supply chain and clinical trials.

Manufacturing and Industrial Engineering
Production planning and process optimization; quality control and lean manufacturing; inventory management.

Retail and Marketing Analytics
Demand forecasting and pricing; customer segmentation; optimizing e-commerce supply chains and last-mile delivery.

Technology and Telecommunications
Network optimization and cybersecurity; AI and machine learning applications; cloud computing and data center management.

Transportation and Logistics
Supply chain optimization; airline scheduling and routing; freight and warehouse management.

Florida Tech Career Services assists students, alumni and employers in their search for careers and employee candidates. We help students develop career plans and job-search skills. Explore our Career Toolbox to learn more about our services and access additional resources.

The Occupational Outlook Handbook, published by the United States Department of Labor, Bureau of Labor Statistics (BLS), provides information about specific jobs, including median annual pay, working conditions and job outlook, among other things. Check the handbook for information on the outlook for operations research and related careers.

Advanced Degree Options

Graduates of the operations research master’s program are well prepared to succeed in industry or to continue their academic journey toward a doctoral degree.

With a strong emphasis on analytical modeling, optimization and interdisciplinary research, the program provides a solid foundation for advanced study and specialized expertise. Students who pursue a Ph.D. often become recognized leaders in their fields, opening doors to high-impact careers in academia, government and industry.

Operations Research, Ph.D.

Explore the Operations Research, M.S., Curriculum

The Operations Research, M.S., Curriculum

The M.S. in operations research provides a strong foundation in the field while allowing you to tailor your studies with electives that match your professional interests and goals.

You'll develop expertise in optimization, data science, statistical modeling, stochastic analysis and financial mathematics, gaining both technical depth and practical problem-solving skills.

Through hands-on projects, you'll also refine your ability to communicate complex ideas to clients and managers, collaborating with professionals from diverse backgrounds to solve real-world challenges.

Throughout the program, you'll master advanced mathematical and computational methods, as well as industry-relevant software tools.

Courses include:

  • Linear Optimization Models and Methods
  • Stochastic Operations Research Models
  • Operations Research Practice

Check the catalog for a description of all courses.

Download the Operations Research, M.S., Curriculum now!

Build Expertise That Sets You Apart

A student enjoying the sunshine on campus.

Elective courses cover key operations research disciplines in greater depth, equipping you with powerful mathematical, statistical and computational tools to support smarter, data-driven decisions and optimize complex systems.

You can tailor your studies to match your interests and goals, whether by focusing deeply on one specialty or expanding your skills across multiple domains, preparing you for advanced research or adaptable careers in a wide range of industries.

Study topics such as:

Mathematical Foundations
Master essential mathematical tools like linear algebra and numerical methods used to solve complex equations fundamental to operations research.

Optimization and Decision Science
Learn to optimize processes and make informed decisions for challenges in logistics, finance and engineering.

Statistical and Machine Learning Methods
Use statistical models and machine learning to analyze data, uncover patterns and enhance predictive insights.

Stochastic and Probabilistic Methods
Explore probabilistic models, queuing theory and reliability analysis to handle uncertainty and boost system performance.

Whichever areas you choose as your focus, you'll be equipped with a comprehensive toolkit to respond to real-world challenges and drive innovation.

Learn more about Operations Research at Florida Tech on the website.

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