Recommended Graduate Areas of Study
The following courses are suggestions for students who intend to pursue the following career objectives after graduating with a masters in mathematics.
- Further graduate study in mathematics
- MAT 541-542 Modern Algebra
- MAT 511-512 Real Analysis
- MAT 515 Complex Analysis
- MAT 531 Linear Algebra
- MAT 513 Measure and Integration
- Further graduate study in operations research
- MAT 535-536 Linear Programming and Discrete Optimization
- MAT 511-512 Real Analysis
- MAT 565 Applied Probability
- MAT 569 Stochastic Processes in Operations Research
- MAT 531 Linear Algebra
- STT 5xx Graduate Statistics course
- Further graduate study in statistics
- MAT 535-536 Linear Programming and Discrete Optimization
- MAT 511-512 Real Analysis
- STT 566-567 Mathematical Statistics
- STT 511 Design of Experiments and Analysis of Variance
- STT 512 Applied Regression and Correlation
- Applied Mathematics
- MAT 535-536 Linear Programming and Discrete Optimization
- MAT 518-519 Applied Analytical Methods
- MAT 525 Numerical Analysis
- MAT 563 Ordinary Differential Equations
- MAT 515 Complex Analysis
- MAT 531 Linear Algebra
- Operations Research
- MAT 535-536 Linear Programming and Discrete Optimization
- MAT 518-519 Applied Analytical Methods
- MAT 565 Applied Probability
- MAT 569 Stochastic Processes in Operations Research
- STT 5xx Graduate Statistics course
- STT 5xx Graduate Statistics course
- Statistics
- MAT 535-536 Linear Programming and Discrete Optimization
- MAT 518-519 Applied Analytical Methods
- STT 511 Design of Experiments and Analysis of Variance
- STT 512 Applied Regression and Correlation
- STT 5xx Graduate Statistics course
- Community College and Secondary Teaching
- MAT 511-512 Real Analysis
- MAT 531 Linear Algebra
- MAT 521 Number Theory
- STT 5xx Graduate Statistics course