Schools
School of Natural Sciences
Mathematics (Bachelor of Arts)
The Bachelor of Arts in Mathematics gives a sound preparation in mathematics for students who desire a broad liberal arts education. A BA in mathematics will prepare a student for graduate study in mathematics, statistics, or related fields, as well as career paths suitable for all liberal arts degrees, such as law. A BA in mathematics will prepare a student to enter careers in statistics, data analysis, or the actuarial field. With suitable electives, a the degree will prepare a student for further study in management science, finance, or other areas. Students preparing for graduate study in mathematics are encouraged to take both sequences, MATH-M 403-404 and MATH-M 413-414.
Student Learning Goals
- Students will acquire mathematical knowledge.
- Students will develop analytical reasoning skills.
- Students will be prepared for further study and for careers in their field.
Mathematics BA Residency Requirement
The Mathematics Department enforces the IU Southeast Residency Requirement and the School of Natural Science Residency Requirement with no additions.
Degree Program Admission Requirements
To be fully admitted to the Bachelor of Arts in Mathematics degree program, students must meet the School of Natural Science's admission requirements and complete MATH-M 215 (Analytic Geometry & Calculus I) with a grade of C or better.
General Education Component
All students pursuing the Bachelor of Arts in Mathematics must complete the campus General Education Core Requirements. See General Education Component for all IU Southeast Baccalaureate Degrees for a complete listing of requirements.
Students must also complete the campus BA Distribution requirements as stated in Bachelor of Arts Degree Requirements.
Written Communication
Dept. |
Course Number |
Title |
Credit Hours |
Minimum Grade |
ENG-W |
234* |
Technical Report Writing |
3 |
C |
Choose one of the following: |
|
|
||
MATH-M |
380* |
History of Mathematics |
3 |
C |
OR |
|
|
||
MATH-M |
436 |
Introduction to Geometries |
3 |
C |
Science Requirement
Dept. |
Course Number |
Title |
Credit Hours |
Minimum Grade |
CSCI-C |
201 |
Computer Programming II |
4 |
C |
Mathematics Core
Dept. |
Course Number |
Title |
Credit Hours |
Minimum Grade |
MATH-M |
215 |
Analytic Geometry and Calculus I |
5 |
C |
MATH-M |
216 |
Analytic Geometry and Calculus II |
5 |
C |
MATH-M |
303 |
Linear Algebra for Undergraduates |
3 |
C |
MATH-M |
311 |
Calculus III |
3 |
C |
MATH-M |
360 |
Elements of Probability |
3 |
C |
MATH-M |
391 |
Introduction to Mathematical Reasoning |
3 |
C |
Mathematics Sequence
Students must take the MATH-M 403 and MATH-M 413.
Dept. |
Course Number |
Title |
Credit Hours |
Minimum Grade |
MATH-M |
403 |
Introduction to Modern Algebra I |
3 |
C |
MATH-M |
413 |
Introduction to Analysis 1 |
3 |
C |
Mathematics Elective
The student must take one additional mathematics course at the 300 or 400 level (excluding K 300).
Note: Courses selected to satisfy the Written Communication Requirement and the Math Sequence Requirement may not double count as the Mathematics Elective.
These requirements are a minimum; those students who are planning graduate study in mathematics are strongly encouraged to take both of the sequences M 403-M 404 and M 413-M 414. In addition, it is strongly recommended that the candidate take electives in areas related to mathematics. Depending on interests and goals, the candidate may choose these from other mathematics offerings; from computer science offerings such as C 251; from physics offerings such as P 221-P 222; from chemistry offerings such as C 105-C 106; or from various education courses leading to certification.
Dept. |
Course Number |
Title |
Credit Hours |
Minimum Grade |
MATH-M |
312 |
Calculus IV |
3 |
C |
MATH-M |
313 |
Elementary Differential Equations with Applications |
3 |
C |
MATH-M |
366 |
Elements of Statistical Inference |
3 |
C |
MATH-M |
380 |
History of Mathematics |
3 |
C |
MATH-M |
403 |
Introduction to Modern Algebra I |
3 |
C |
MATH-M |
404 |
Introduction to Modern Algebra II |
3 |
C |
MATH-M |
405 |
Number Theory |
3 |
C |
MATH-M |
413 |
Introduction to Analysis I |
3 |
C |
MATH-M |
414 |
Introduction to Analysis II |
3 |
C |
MATH-M |
415 |
Elementary Complex Variables with Applications |
3 |
C |
MATH-M |
421 |
Elementary Topology I |
3 |
C |
MATH-M |
422 |
Elementary Topology II |
3 |
C |
MATH-M |
425 |
Graph (Network) Theory and Combinatorial Theory |
3 |
C |
MATH-M |
435 |
Introduction to Differential Geometry |
3 |
C |
MATH-M |
436 |
Introduction to Geometries |
3 |
C |
MATH-M |
447 |
Mathematical Models and Applications I |
3 |
C |
MATH-M |
471 |
Numerical Analysis I |
3 |
C |
General & Upper-Level Electives
Students must complete a minimum of 120 credit hours and 30 credit hours at the 300-level or above. Elective courses may be necessary to complete the minimum credit hour requirements.