mathematics

Mathematics is much more than working with numbers and solving equations. It underlies many daily decisions, is crucial to thinking critically about what we read and hear in the media, is the language of science and technology, and lies behind the games we play and the work we do. Mathematical and quantitative thinking is incorporated across the curriculum. You’ll find it woven into programs and courses involving science, sociology, psychology, economics, linguistics, and the arts. We also offer opportunities to study mathematics as a discipline in its own right: both pure and applied and from beginning to advanced.

Planned offerings for 2017–18
Class Standing Quarters Offered Credits
Advocating for a Sustainable Future: Weaving Stories and Statistics FR-SR
  • Winter
  • Spring
4, 8
Algebraic Thinking FR-SR
  • Winter
4
Algebraic Thinking FR-SR
  • Fall
4
Algebraic Thinking for Science FR-SR
  • Spring
6
Calculus and Analytical Geometry I FR-SR
  • Fall
4
Calculus and Analytical Geometry II FR-SR
  • Winter
4
Calculus and Analytical Geometry III FR-SR
  • Spring
4
Calculus I FR-SR
  • Fall
4
Calculus II FR-SR
  • Winter
4
Calculus II and III FR-SR
  • Summer
8
Calculus III FR-SR
  • Spring
4
College Physics FR-SR
  • Summer
6
Computer Science Foundations FR-SR
  • Fall
  • Winter
16
Counting on Soils: Precalculus and Soil Sciences FR-SR
  • Spring
16
Discrete Mathematics FR-SR
  • Summer
4
Forensics and Criminal Behavior FR-SO
  • Fall
  • Winter
  • Spring
4, 8, 12, 16
Games for Social Good FR-SR
  • Fall
8
Geometry FR-SR
  • Summer
4
Integrated Precalculus and Calculus I FR-SR
  • Summer
8
Introduction to Databases and Database Programming FR-SR
  • Summer
4, 8
Mathematical Systems JR-SR
  • Fall
  • Winter
  • Spring
16
Matter and Motion FR-SR
  • Fall
  • Winter
  • Spring
16
Pacific Northwest Weather and Climate FR-SR
  • Summer
6
Physical Principles of Sustainable Energy FR-SR
  • Summer
6
Playing with Patterns FR-SR
  • Fall
16
Playing with Patterns FR-SR
  • Winter
16
Precalculus II FR-SR
  • Summer
4
Precalculus Models in Physics FR-SR
  • Fall
  • Winter
8
Precalculus: One-dimensional models FR-SR
  • Fall
4
Precalculus: Trigonometry FR-SR
  • Winter
4
Statistics and Research Design: An Introduction FR-SR
  • Summer
4
Statistics and Research Methods for Psychology and Other Social Sciences FR-SR
  • Summer
8
Statistics for Public Service and Managers FR-SR
  • Summer
4
Statistics I FR-SR
  • Spring
4
Statistics I (A) FR-SR
  • Winter
4
Statistics I (B) FR-SR
  • Fall
4
Statistics I: An Introduction FR-SR
  • Summer
4
Student-Originated Software SO-SR
  • Fall
  • Winter
  • Spring
16
The Meaning of Mathematics FR-SR
  • Summer
8
Tutoring Math and Science Across Significant Differences FR-SR
  • Spring
2
Undergraduate Research in Scientific Inquiry SO-SR
  • Fall
  • Winter
  • Spring
0
With Liberty and Justice for Whom? JR-SR
  • Fall
  • Winter
  • Spring
16
Planned offerings for 2018–19
Class Standing Quarters Offered Credits
A Better Mirror: Data Analysis and the Political Economy of Evergreen SO-SR
  • Fall
  • Winter
16
Algebraic Thinking FR-SR
  • Fall
4
Analyzing the World with Math and Science FR-SO
  • Spring
16
Business Fundamentals FR-SO
  • Fall
  • Winter
16
Business, Finance, and Statistics FR-SO
  • Spring
16
Calculus and Analytical Geometry I FR-SR
  • Fall
4
Calculus and Analytical Geometry II FR-SR
  • Winter
4
Calculus and Analytical Geometry III FR-SR
  • Spring
4
Combinatory Play: Creative Writing, Mathematics, and Improv FR-SO
  • Winter
  • Spring
12, 16
Computer Science Foundations FR-SR
  • Winter
  • Spring
16
Dimensions of Inequality: Social Science and Statistics SO-SR
  • Winter
  • Spring
8, 12
Environmental Science Foundations FR-SO
  • Fall
16
Food Chemistry FR-SR
  • Winter
16
Food Chemistry FR-SR
  • Spring
16
Global/Local Realities and Alternative Visions JR-SR
  • Fall
  • Winter
  • Spring
16
How Do You Know What You Know? SO-SR
  • Spring
8
Language, Math, and Mind FR-SO
  • Winter
16
Matter and Motion FR-SR
  • Fall
  • Winter
  • Spring
16
Measuring Fairness: Quantitative Approaches to Politics FR-SR
  • Fall
16
Modeling Biological Systems FR-SR
  • Spring
16
Physical Systems and Applied Mathematics SO-SR
  • Fall
  • Winter
  • Spring
16
Precalculus I FR-SR
  • Winter
4
Precalculus II FR-SR
  • Spring
4
Programming Language Theory and Practice SO-SR
  • Fall
  • Winter
8, 16
Statistics I FR-SR
  • Spring
4
Statistics I FR-SR
  • Winter
4
Statistics I (A) FR-SR
  • Fall
4
Statistics I (B) FR-SR
  • Fall
4
Statistics II FR-SR
  • Winter
4
Tutoring Math and Science Across Significant Differences FR-SR
  • Spring
2
Undergraduate Research in Scientific Inquiry SO-SR
  • Fall
  • Winter
  • Spring
0