Purdue University Northwest

Programme overview

The Mathematics Minor is an undergraduate programme that builds foundational mathematical skills to support and enhance a student’s major discipline. It emphasizes logical reasoning, problem solving, and mathematical communication through a sequence of progressively advanced topics. The minor is intended to be taken alongside a primary major and is flexible enough to serve students in STEM, economics, education, and other analytically focused areas.

What you'll study

Students take a set of core undergraduate mathematics courses that typically cover fundamental areas such as calculus, linear algebra, and proof-based coursework, followed by elective courses that allow some specialization. Course choices develop quantitative tools for modelling, data interpretation, and rigorous argumentation. The minor trains students to translate applied problems into mathematical form and to use appropriate analytical techniques to reach solutions.

Entry requirements

Admission to the minor is open to matriculated undergraduate students; requirements normally include satisfactory completion of introductory calculus or equivalent preparatory coursework. Students should consult their academic advisor or the department for any prerequisites, recommended preparation, and the formal declaration process for adding the minor to their programme of study.

Career prospects

A Mathematics Minor strengthens a résumé by demonstrating quantitative competence and analytical thinking. Graduates combining the minor with majors in sciences, engineering, computer science, business, or economics often find enhanced opportunities in roles requiring modelling, data analysis, algorithmic thinking, or technical problem solving. The minor also provides beneficial preparation for graduate study in quantitative fields and for careers in education where stronger mathematical background is advantageous.

Scholarships & funding angle (general)

Students pursuing a mathematics minor should explore departmental scholarships, campus-wide undergraduate awards, and funding targeted to STEM or quantitative studies. Additional support can come from research assistantships, teaching assistant positions for advanced undergraduates, and external scholarships from professional societies. Early contact with departmental advisors and the financial aid office helps identify applicable opportunities and application timelines.