This concentration prepares students for a variety of careers in the mathematical sciences as well as for graduate work in mathematics. Pure math students have also been successful with graduate studies in other fields including computer science, economics, engineering, law, medicine, and business.

Mathematics helps you understand the world’s patterns and logic. It drives innovations like encryption, climate predictions, medical imaging, and AI. A math degree equips you to solve complex problems and make a meaningful impact, whether unraveling mysteries or shaping the future with mathematical models.

Applied mathematics combines pure mathematics with specialized knowledge in fields like physics and engineering.

Pure mathematics is the search for a deeper understanding of mathematics itself. This subject is traditionally divided into four main areas: algebra, analysis, geometry, and logic.

A degree in mathematics can open the door to a huge range of amazing careers. After all, math is involved in just about every job in some way, and it's particularly essential in the in-demand fields of science, technology, and engineering. Math majors tend to have well-developed skills in logical thinking and problem-solving. They are experts at analyzing data and creating models to extract meaningful conclusions. They can identify patterns and use quantitative data to construct solutions. That's why the kind of jobs you can get with a math degree is so diverse. You could pursue careers in areas like insurance, banking, education, logistics, and more. Electives in pure mathematics prepare students for the pursuit of graduate studies leading to advanced degrees and employment at the college or university level, or research in industry or for government agencies.

Our bachelor's in applied mathematics examines the practical applications of mathematics in science and operations research. Your degree prepares you for the growing importance of analyzing and applying statistics and data.

LR’s mathematics program strives for academic excellence by offering rigorous courses designed to challenge the qualified and motivated student and to liberate the mind through an emphasis on quantitative and abstract reasoning, problem-solving, critical thinking and strong communication skills.The undergraduate courses in mathematics are designed to convey the logical structure of mathematics and prepare you to apply mathematical models to various areas of problem-solving and analysis. The undergraduate courses in mathematics are designed to convey the logical structure of mathematics and prepare you to apply mathematical models to various areas of problem-solving and analysis.

Build a broad background in modern mathematics and its applications. Pursue applications in areas including systems theory, graph theory, number theory, statistics, and geometry, which are widely used in computer science, business, and the physical, life, and social sciences.Build a broad background in modern mathematics and its applications. Pursue applications in areas including systems theory, graph theory, number theory, statistics, and geometry, which are widely used in computer science, business, and the physical, life, and social sciences.

The major in Mathematics Education prepares students to teach mathematics standards in grades eight through twelve. In addition to the curriculum requirements outlined, students pursuing this degree must meet the criteria for admission to the Teacher Education Program, Student Teaching, and the Kentucky and Alice Lloyd Teacher Standards.

For many students and employers, mathematics has become recognized as the most versatile of all undergraduate college majors. If you enjoy math, science and engineering, and if you tend to be drawn to the mathematical aspects of these subjects, then it could be that becoming a math major is exactly the right academic path for you. A challenging mathematics education develops problem-solving abilities and teaches versatility and adaptability. Because of these qualities, many career opportunities are available for mathematics majors

Why study mathematics? Many of the new wonders that we take for granted in our modern technological society have mathematical ideas and applications as their basis. However, this role is often hidden from view.

With a strong mathematical background, students will become conscientious citizens and be better prepared for their career choice. Students' skills while pursuing a mathematics degree include critical thinking skills, analytical skills, and problem-solving skills. Due to these skills acquired, students can cross over into a wide variety of career paths.

Do you like to use mathematical formulas, theories, techniques, and the latest algorithms to solve real-world problems, like collecting and analyzing data to make business decisions?