Mathematics, BS, Secondary Education Concentration Frequently Asked Questions
The Secondary Education Concentration is designed for students who want to combine advanced mathematics study with preparation for teaching mathematics at the middle or high school level.
Yes. This concentration provides a pathway for students interested in teaching secondary mathematics, while also building a strong foundation in mathematical reasoning, problem solving, and communication.
Students study core areas of mathematics such as calculus, linear algebra, statistics, proof-based reasoning, mathematical modeling, and other advanced topics that support effective mathematics teaching.
The concentration is primarily designed for future mathematics teachers, but the degree also develops transferable skills in problem solving, quantitative reasoning, communication, and logical thinking that are valuable in other fields.
A general mathematics degree emphasizes broad preparation in mathematical theory and applications. The Secondary Education Concentration combines that mathematical foundation with coursework and experiences related to teaching and learning mathematics.
Yes. A major goal of the concentration is to help students develop the ability to communicate mathematical ideas clearly, explain concepts to diverse learners, and support student understanding.
Yes. Students learn to read, construct, and communicate mathematical arguments and proofs, which strengthens both their content knowledge and their ability to teach mathematics with depth and precision.
Strong teachers need more than procedural knowledge. They must understand why mathematical methods work, how concepts connect, and how to help students reason through unfamiliar problems.
Students develop skills in mathematical reasoning, problem solving, data interpretation, proof-writing, communication, instructional explanation, technology-supported analysis, and professional collaboration.
Yes. Mathematics teachers are essential to preparing students for college, careers, STEM fields, technical programs, and data-informed decision-making in modern society.
Graduates commonly pursue careers as secondary mathematics teachers. They may also pursue roles in tutoring, educational support, curriculum development, STEM outreach, academic advising, or graduate study in mathematics, education, or related fields.
Yes. The degree can prepare students for graduate study in mathematics education, mathematics, education, curriculum and instruction, statistics, data science, or related fields.
Yes. Modern mathematics preparation includes the use of technology and computational tools to explore concepts, analyze data, model problems, and support mathematical communication.
Students who enjoy mathematics, problem solving, working with others, explaining ideas, and helping students succeed may be a strong fit for the Secondary Education Concentration.
This concentration allows students to study mathematics deeply while preparing for a meaningful career helping young people build confidence, skill, and opportunity through mathematics.