Undergraduate Catalog 2012-13
Bachelor of Science with a major in Mathematics
A major in mathematics can lead to a variety of careers including mathematical and scientific research in areas as different as national security and petroleum exploration; in several business fields such as insurance, banking, and finance; and in professions such as law, teaching, and medicine. The study of mathematics builds a way of thinking that is used to solve a variety of problems that arise in different contexts. That ability to solve problems makes mathematicians a valuable commodity in many occupations. The department offers a Bachelor of Science in Mathematics with three tracks. While all mathematics majors complete a common core of courses that ensures the student has a broad knowledge of mathematics, students can follow their interests by choosing from one of three required tracks:
Degree Requirements: B.S. – Mathematics
Core Courses in Mathematics and Statistics |
Credits |
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Calculus I and Calculus II |
|
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|
OR |
|
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Calculus A, Calculus C |
9 |
|||
Calculus III |
4 |
|||
Mathematical Sciences Seminar |
1 |
|||
Linear Algebra |
3 |
|||
Probability and Statistics I |
3 |
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Mathematical Sciences Capstone |
|
|||
|
OR |
3 |
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An approved capstone experience |
|
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Core Credits in Mathematics and Statistics |
23 |
|||
Core Courses in Other Disciplines |
|
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Mathematics Software Programming |
|
|||
|
OR |
3 |
||
Object-Oriented Programming I |
|
|||
Core Credits in Other Disciplines |
3 |
|||
TOTAL CORE CREDITS |
26 |
|||
|
|
|||
Pure Mathematics Track |
Credits |
|||
Introduction to Higher Mathematics |
3 |
|||
Elementary Theory of Numbers |
|
|||
|
OR |
3 |
||
Abstract Algebra I |
|
|||
Real Variables I |
|
|||
|
OR |
3 |
||
Complex Variables |
|
|||
Select 9 additional semester hours of MAT/STA courses at the 300 level or above including at least two 400-level courses |
9 |
|||
TOTAL TRACK CREDITS |
18 |
|||
Total Core Credits |
26 |
|||
TOTAL CREDITS |
44 |
|||
|
|
|||
Applied Mathematics Track |
Credits |
|||
Differential Equations |
3 |
|||
Select two courses from the following: |
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Classical Applied Analysis |
|
|||
Numerical Analysis |
6 |
|||
Applied Mathematical Models |
|
|||
Select 9 additional semester hours of MAT/STA courses at the 300 level or above |
9 |
|||
TOTAL TRACK CREDITS |
18 |
|||
Total Core Credits |
26 |
|||
TOTAL CREDITS |
44 |
|||
General Mathematics Track |
Credits |
|||
Introduction to Higher Mathematics |
3 |
|||
Introduction to Geometry |
3 |
|||
Elementary Theory of Numbers |
|
|||
|
OR |
3 |
||
Abstract Algebra I |
|
|||
Statistics II |
3 |
|||
Select one set from the following options: |
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Elementary Theory of Numbers and Abstract Algebra I and an additional 300-level or above MAT/STA course |
||||
|
OR |
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Differential Equations and Classical Applied Analysis |
||||
|
OR |
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Probability II and Statistics II and an additional 300-level or above MAT/STA course |
||||
|
OR |
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Any two 400-level MAT/STA courses. If one is MAT 410, there must be an additional 300-level or above MAT/STA course. |
6 |
|||
TOTAL TRACK CREDITS |
18 |
|||
Total Core Credits |
26 |
|||
TOTAL CREDITS |
44 |
|||
Teacher Certification for Mathematics
Students wishing to be certified to teach high school mathematics should complete a major in mathematics and the general mathematics track.
Students seeking certification to teach mathematics in grades 5-9 should complete the 21-22 credits in the table below. All students pursuing a mathematics/secondary education curriculum should review the part of this catalog relating to education. Upon deciding to pursue the teacher education program, students must schedule an appointment with the certification specialist in the College of Education and Human Services.
Click here for a 4-year plan showing one way a student can complete the program below in 4 years if the student requires no remedial courses.
Degree Requirements for Certification in Grades 5-9*# |
Credits |
|||||
Mathematics for Elementary and Middle Grades Teacher I |
3 |
|||||
Mathematics for Elementary and Middle Grades Teacher II |
3 |
|||||
Geometry for Middle School Teachers |
3 |
|||||
Select one course from the following: |
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Computer Literacy and Informatics |
|
|||||
Business Programming |
3 |
|||||
Elementary Programming |
|
|||||
Object-Oriented Programming I |
|
|||||
MAT/ |
Introductory Probability |
3 |
||||
Introduction to Statistical Methods |
3 |
|||||
Select two courses from the following: |
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Algebra for College Students |
|
|||||
Applied Calculus |
|
|||||
Finite Mathematics |
|
|||||
Mathematics for Liberal Arts |
|
|||||
Pre-Calculus Mathematics |
3-4 |
|||||
Calculus A |
|
|||||
|
OR |
|
||||
Calculus |
|
|||||
Introductory Discrete Mathematics |
|
|||||
Calculus B |
|
|||||
TOTAL CREDITS |
21-22 |
|||||
*In addition to completing the courses listed above, students must complete the requirements for middle grades teacher certification, as described in the teacher education portion of the catalog. #As an alternative to the courses in this table, students may complete the requirements for a mathematics major with the general mathematics track AND "MAT 140 Mathematics for Elementary and Middle Grades Teacher I" and "MAT 141 Mathematics for Elementary and Middle Grades Teacher II." |
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Bachelor of Science with a major in Statistics
Statistics is the science of learning from data, whether those data come from biology, economics, engineering, medicine, public health, psychology, marketing, sports, or education. The major in statistics offers students the breadth and depth of knowledge necessary to attain various career objectives in many different fields. The department offers a Bachelor of Science in Statistics consisting of a 22-credit core along with a minimum of 18 credits of electives. The electives may be chosen from MAT/STA courses at the 300 level or above (or MAT 234) with at least 9 of these credits being STA courses. There are three recommended tracks:
Degree Requirements: B.S. – Statistics
Core Courses |
Credits |
|||||
Calculus I and MAT 229 Calculus II |
|
|||||
|
OR |
9 |
||||
|
||||||
Mathematical Sciences Seminar |
1 |
|||||
Probability and Statistics I |
3 |
|||||
Design and Analysis of Experiments |
3 |
|||||
Statistics II |
3 |
|||||
Statistical Computing |
3 |
|||||
TOTAL CORE CREDITS |
22 |
|||||
|
|
|||||
Applied Statistics Track Recommendation |
Credits |
|||||
Elementary Survey Sampling |
3 |
|||||
Regression Analysis |
3 |
|||||
Introduction to Time Series Analysis |
3 |
|||||
Introduction to Statistical Consulting |
3 |
|||||
Applied Multivariate Statistics |
3 |
|||||
Linear Algebra |
|
|||||
|
OR |
3 |
||||
Select 3 additional semester hours of MAT/STA courses at the 300 level or above |
|
|||||
TOTAL TRACK CREDITS |
18 |
|||||
Total Core Credits |
22 |
|||||
TOTAL CREDITS |
40 |
|||||
|
|
|||||
Theoretical Statistics Track Recommendation |
Credits |
|||||
Linear Algebra |
3 |
|||||
Calculus III |
4 |
|||||
Probability II |
3 |
|||||
Select 6 additional semester hours of STA courses at the 300 level or above and 3 additional semester hours of MAT/STA courses at the 300 level or above. |
9 |
|||||
TOTAL TRACK CREDITS |
19 |
|||||
Total Core Credits |
22 |
|||||
TOTAL CREDITS |
41 |
|||||
|
|
|||||
Actuarial Sciences Track Recommendation |
Credits |
|||||
Linear Algebra |
3 |
|||||
Introduction to Time Series Analysis |
3 |
|||||
Calculus III |
4 |
|||||
Probability II |
3 |
|||||
Introduction to Actuarial Science |
3 |
|||||
Select 3 additional semester hours of MAT/STA courses at the 300 level or above |
3 |
|||||
TOTAL TRACK CREDITS |
19 |
|||||
Total Core Credits |
22 |
|||||
TOTAL CREDITS |
41 |
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