Mathematics (BS)

Program Requirements

Applied Math Emphasis (48-51 Credits)

The applied math emphasis prepares students for careers in government service, industry, areas of research, or graduate study in other fields other than pure mathematics.

Core Requirements — 27 Credits

Applied Cluster 12-15 Credits

(Each student will take a set course from one of the following clusters)

Physics Cluster

Statistics Cluster

Biology Cluster

Computer Science Cluster

Pre-Engineering Cluster

Choose two physics courses plus the others

Math Cluster

Variable Cluster

Advanced Math Electives (Minimum – 9 Credits)

Choose nine more credits from the following. Other courses may be approved by the Math Program.

Additional Program Requirements

*CS Cluster and pre-engineering cluster students must take MATH 311 in the advanced math elective section.

**MATH 490R can be used for a maximum of four credits as an advanced math elective.

***Please see an academic advisor to register for this class (BIOL 340, BIOL 376, CS 301, CS 320).

The same course cannot be applied to both the applied cluster and the advanced math electives.

Must have a minimum of 2.0 cumulative GPA in these courses for graduation.

No more than one “D” grade will be allowed in any 300/400 level courses.

Pure Math Concentration (48 Credits)

The pure math concentration prepares students for careers in teaching, government service, industry, and research, or graduate study in mathematics. Math 308, Math 490R, and additional courses in computer science, physics, and chemistry are strongly recommended.

Core Requirements — 42 Credits

Mathematics Electives – 6 Credits

Choose 6 credits from the following.

Other courses may be approved by the math program.

Additional Program Requirements

*MATH 490R can be used for a maximum of four credits as a math elective.

Must have a minimum 2.0 cumulative GPA in these courses for graduation.

No “D” grades will be allowed in any 100/200 level courses.

No more than one “D” grade will be allowed in any 300/400 level courses.

Program Learning Outcomes

Upon completing a major in mathematics, students will:

• Demonstrate proficiency in algebra and trigonometry, as well as integral, differential, and multivariable calculus necessary for success in advanced mathematical studies.
• Demonstrate content knowledge of both abstract and applied mathematical disciplines by stating definitions, salient theorems, and proofs of major theorems and concepts that are core content in upper division courses.
• Organize and explain their knowledge of logic and mathematical content in the structure of original valid proofs.
• Communicate mathematical ideas effectively in both written and oral context.
• Apply major definitions, theorems and algorithms in problem solving.
• Use appropriate technological tools while solving mathematical problems.
• Prepare professionally for graduate school or employment in mathematics or related fields.

Program Description

The Mathematics Program seeks to develop campus-wide the level of mathematical skills and quantitative and logical reasoning required for individuals to make informed decisions and excel in their chosen disciplines. We also seek to develop these same skills in the larger community. We expect the excellence of our students and work to provide them with intensive learning opportunities. We wish to provide them with the mathematical ability needed to fulfill future leadership roles.

Career Opportunities

The mathematics major prepares students for careers in teaching, government service, industry, and research, or graduate study in mathematics. The student has two options: mathematics major and the mathematics education major. The student has three options: B.S. in mathematics, pure track, B.S. in mathematics, applied track, and the mathematics education major.