Applied Mathematics, MS
The Master of Science in Applied Mathematics prepares the successful candidate to pursue a Ph.D. program or assume immediate employment in business, industry, or government. To meet these goals, the program is designed to provide opportunities for advanced study and research in the application of mathematical methods to real world problems. The primary research interests of the graduate faculty include stochastic processes, time series, applied statistics, computational fluid dynamics, discrete mathematics, numerical analysis, operator theory, scientific computing, functional analysis, and controlled thermonuclear fusion. The major course offerings consist of topics such as numerical analysis, differential equations, stochastic processes, nonlinear dynamics, nuclear fusion, and statistics. The prospective student should bear in mind that the utility of a mathematician in the job markets lies in his/her ability to view problems from a novel vantage point and to distill those few fundamental mathematical aspects of the problem which ultimately hold the key to its solution.
What can you do with this degree?
- Prepare for doctoral study in applied mathematics, mathematics, engineering, or related quantitative disciplines
- Pursue technical and analytical roles in industry, business, or government agencies requiring advanced mathematical expertise
- Work in fields such as data analysis, modeling, operations research, or computational science
- Apply advanced problem‑solving and quantitative skills to interdisciplinary research and technology‑driven environments
Course Curriculum
| Courses | Credits | Credits |
| Advanced Linear Algebra (MAT 504) | 3 | 3 |
| Advanced Ordinary Differential Equation (MAT 511) | 3 | 3 |
| Elements of Real Analysis (MAT 513) | 3 | 3 |
| Functions of a Complex Variable (MAT 515) | 3 | 3 |
| Thesis (MAT 681) | 4 | – |
| Master’s Comprehensive Examination (MAT 702) | – | 1 |
| 600-Level Electives as approved by the Department | 15 | 18 |
| Technical Electives as approved by the Department | 3 | 6 |
| Total | 34 | 37 |
Applied Mathematics Concentrations
Statistics and Probability Track
- MAT 509 – Introduction to Probability
- MAT 606 – Probability Theory
- MAT 607 – Mathematical Statistics
- MAT 624 – Applied Time Series Analysis
Computational Mathematics Track
- MAT 506 – Numerical Analysis I
- MAT 608 – Partial Differential Equations I
- MAT 614 – Methods of Applied Mathematics I
- MAT 616 – Advanced Numerical Analysis
Nonlinear Science Track
- MAT 512 – Elements of Mathematical Modeling
- MAT 602 – Vector Analysis
- MAT 608 – Partial Differential Equations I
- MAT 639 – Nonlinear Dynamics I
How to Apply
Prospective students can apply through the university’s admissions portal using the button below. The application process will require applicants to:
- Submit official high school transcripts or equivalent documentation.
- Provide standardized test scores if required.
- Submit additional materials such as recommendations or personal statements if requested.
- Monitor application status for updates and follow‑up steps.