Overview
Kimberly Chichester, Chair of the Division of Natural and Mathematical Sciences
The mathematics program is designed to equip students with the analytical, quantitative, and problem‑solving skills needed to evaluate complex situations and make informed decisions in a wide range of real‑world contexts. In a world that is increasingly shaped by automation, artificial intelligence, and data‑driven systems, there remains a critical need for individuals who can think deeply about problems, understand the limitations and assumptions behind data, and communicate clearly, precisely, and logically. Mathematics develops these essential habits of mind and empowers students to move beyond computation toward thoughtful analysis and sound judgment.
Whether students are preparing for careers in data analysis, finance, technology, or education, the skills cultivated through mathematics are widely valued and transferable. For pre‑service teachers in particular, the program emphasizes conceptual understanding, clear reasoning, and effective communication—foundations that are essential for teaching mathematics with confidence and fostering mathematical thinking in others. Through coursework that includes optimization, logical reasoning, mathematical modeling, reasoning under uncertainty, data analysis, and the appropriate use of technology, students learn how mathematics supports decision‑making across disciplines. Graduates of the program emerge prepared not only to solve problems, but also to interpret results, justify conclusions, and apply mathematical insight to meaningful questions in their professions and communities.