Our Mission
The Mathematics Department at Western Oregon University is committed to the teaching of mathematics and the communication of mathematical ideas.
Faculty members believe that both the assimilation of mathematical knowledge and the enhancement of one’s capacity for mathematical reasoning are essential outcomes of a liberal arts education.
MAJORS
BA/BS Computer Science/Mathematics
BA/BS Mathematics
BA/BS Applied Mathematics
BA/BS Mathematics Teacher Education
MINORS
Mathematics
Mathematics Ed: NonMath Majors
Mathematics Ed: Math Majors
GRADUATE PROGRAMS
Elementary Mathematics Instructional Leader
Masters in Education  Mathematics
Opportunities
Present research at WOU's Academic Excellence Showcase
Give a talk at a regional MAA conference
Participate in a Summer Research Experience
Take the Putnam Exam
Attend the Nebraska Conference for Undergraduate Women in Mathematics
Volunteer at our annual SK Math Day for high school girls
Mentor local children in Math 396 in our Math Buddy program
Be a math tutor!
Learn to be an Elementary Mathematics Instructional Leader
LEARNING OUTCOMES

Develop problem solving, modeling and technological skills.

Make rigorous mathematical arguments and work with axiomatic systems.

Effectively communicate, both in writing and orally, mathematical and logical arguments and concepts.
EXTENDED LEARNING OUTCOMES FOR MAJORS AND MINORS
Students will demonstrate:
 Mathematical Knowledge  mastery of a body of mathematics.
 Problem Solving Skills  the ability to analyze complicated problems in a variety of subject areas, and to synthesize solutions to such problems.
 Modeling Skills  the ability to translate various realworld scenarios into mathematical models.
 Technological Skills  the ability to properly determine and effectively use computing tools and other technologies to solve problems and support conjectures.
 Skilled use of Methods of Proof  the ability to make rigorous mathematical arguments including how to both prove and disprove conjectures. Including working with axiomatic systems  the ability to determine if given examples satisfy the given axioms and the ability to demonstrate logical consequences of those axioms.
 Communication Skills  the ability to precisely articulate (both in writing and orally) complicated and technical arguments. These can be both mathematical and logical.
 Subject Awareness  an awareness of the distinction between applied and theoretical mathematics, an appreciation of the connection between the two fields, and a reasonable perception of the breadth of each field.
 Career Awareness  an awareness of the career and educational opportunities for mathematics majors; this many include internship and undergraduate research experiences.
EXTENDED LEARNING OUTCOMES FOR PRESERVICE AND INSERVICE K8 TEACHERS
Students will demonstrate:
 Problem Solving and Problem Writing Skills  the ability to create and understand complicated situations, which are applications of K8 mathematical topics and to apply learned skills and techniques to resolve them.
 Ability to Model Problems  the ability to translate various realworld scenarios into mathematical models that can be explored by handson models, paperandpencil methods and technological applications where appropriate.
 Communication Skills  Ability to precisely articulate (both in writing and orally) K  8 mathematical topics in a way that is clear and understandable to elementary and middle school students.
 Effective Classroom Management  Appreciation of a variety of pedagogical approaches and knowledge of an assortment of presentation and classroom working environments to effectively support the learning of mathematics for students with diverse learning styles.