• CSCI 110 Introduction to Computer Programming

• MATH 132 Calculus and Analytic Geometry 2

• MATH 233 Calculus and Analytic Geometry 3

• MATH 250 Advanced Foundations of Mathematics

• MATH 221 Introduction to Statistics with R

• MATH 319 Financial Mathematics

• MATH 321 Probability and Statistics

• MATH 318 Methods of Applied Mathematics

• ECON 102 Principles of Microeconomics

• ACCT 205 Financial Accounting

• ECON 325 Introduction to Econometrics

Two of the following courses:

• CSCI 323 Theory of Computation

MATH 300+

Total Credits Required: 58

• CSCI 110 Introduction to Computer Programming

• MATH 132 Calculus and Analytic Geometry 2

• MATH 233 Calculus and Analytic Geometry 3

• MATH 250 Advanced Foundations of Mathematics

• MATH 310 Differential Equations

• MATH 313 Mathematical Modeling

• MATH 318 Methods of Applied Mathematics

One of the following courses:

• MATH 303 Advanced Linear Algebra

Two of the following courses:

• MATH 221 Introduction to Statistics with R

• CSCI 323 Theory of Computation

MATH 300+

Total Credits Required: 50

**Retroactive Credit Policy:**

Students who pass MATH 132 with a grade of “B” or higher as their first mathematics course in the calculus sequence taken at St. Norbert College will be awarded credit for MATH 131 if they have not yet received credit for that course. Students who pass MATH 233 with a grade of “B” or higher as their first mathematics course in the calculus sequence taken at St. Norbert College will receive credit for MATH 131 and also be awarded credit for MATH 132 if they have not yet received credit for that course. For the purposes of this policy, the calculus sequence consists of the three courses MATH 131, MATH 132, and MATH 233.

*Residency requirements:*

Students majoring in Mathematics (including the teaching major) must take MATH 497 and earn credit in at least three mathematics courses at St. Norbert College numbered 300 or above.

• CSCI 110 Introduction to Computer Programming

• MATH 132 Calculus and Analytic Geometry 2

• MATH 233 Calculus and Analytic Geometry 3

• MATH 250 Advanced Foundations of Mathematics

Total Credits Required: 42

- 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

• CSCI 110 Introduction to Computer Programming

• MATH 132 Calculus and Analytic Geometry 2

• MATH 233 Calculus and Analytic Geometry 3

• MATH 250 Advanced Foundations of Mathematics

Total Credits Required: 40

- 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

• CSCI 110 Introduction to Computer Programming

• MATH 132 Calculus and Analytic Geometry 2

• MATH 233 Calculus and Analytic Geometry 3

• MATH 250 Advanced Foundations of Mathematics

• MATH 303 Advanced Linear Algebra

One of the following courses:

• MATH 310 Differential Equations

• MATH 313 Mathematical Modeling

• MATH 318 Methods of Applied Mathematics

• MATH 319 Financial Mathematics

• DATA 301 Advanced Techniques in Data Analysis

Two of the following courses:

• MATH 221 Introduction to Statistics with R

• CSCI 323 Theory of Computation

MATH 300+

Total Credits Required: 50

[]