Major requirements

• 1 of MATH 303, MATH 306, MATH 321, MATH 350, MATH 373, MATH 376
• 1 of MATH 310, MATH 313, MATH 315, MATH 318, MATH 319
• 3 of MATH 221 or MATH 300+ or CSCI 323

Concentrations (optional)

If selected, a concentration replaces the

• 1 of MATH 303, MATH 306, MATH 321, MATH 350, MATH 373, MATH 376
• 1 of MATH 310, MATH 313, MATH 315, MATH 318, MATH 319
• 3 of MATH 221 or MATH 300+ or CSCI 323

requirements from the Mathematics Major with the listed coursework

Theoretical Math Concentration (48 credits total)

• MATH 303 Advanced Linear Algebra
• MATH 306 Abstract Algebra
• MATH 373 Real Analysis
• MATH 376 Complex Analysis
• 1 of MATH 310, MATH 313, MATH 315, MATH 318, MATH 319
• 2 of MATH 221 or MATH 300+ or CSCI 323

Applied Math Concentration (48 credits total)

• MATH 310 Differential Equations
• MATH 313 Mathematical Modeling
• MATH 315 Numerical Analysis
• MATH 318 Methods of Applied Mathematics
• MATH 303 Advanced Linear Algebra or MATH 376 Complex Analysis
• 2 of MATH 221 or MATH 300+ or CSCI 323 or other approved cross-discipline course

Actuarial Math Concentration (56 credits total)

• MATH 221 Statistics in the Sciences
• MATH 319 Financial Mathematics
• MATH 321 Probability and Statistics
• 2 of MATH 300+ or CSCI 323
• ECON 102 Principles of Microeconomics
• ACCT 205 Financial Accounting
• ECON 325 Econometrics
• BUAD 350 Corporate Finance

• Two MATH courses at the 300 level or above; CSCI 323 Theory of Computation will count for this requirement. 

In addition, the student must complete one of the following two-course pairings: 

• MATH 203 Linear Algebra and MATH 303 Advanced Linear Algebra (fall, alternate years)
• MATH 210 Ordinary Differential Equations (spring) and MATH 313 Mathematical Modeling (fall, alternate years)
• MATH 221 Statistics in the Sciences (spring) and MATH 321 Probability and Statistics (spring, alternate years)
• MATH 313 Mathematical Modeling and MATH 318 Methods of Applied Mathematics
• MATH 373 Real Analysis (spring) and MATH 376 Complex Analysis(fall, alternate years)
• MATH 373 Real Analysis (spring) and MATH 355 Topology
• MATH 489 Special Topics and a second course designated by the instructor of MATH 489