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.

Apply mathematical thinking to theoretical computer science and advance your knowledge of high-performance computing. Develop a broad understanding of mathematical theory, concepts and applications. Engage with ideas that will develop your critical and intellectual abilities and introduce new ways of thinking.

In Computational Mathematics you’ll study the intersection of mathematics, statistics, optimization, and computer science, to solve problems in business, finance, medicine, science, and technology. You'll learn to analyze data sets, formulae, and images in ways that help us understand the world around us and predict and influence the future.

With the B.S. in Mathematics, you will gain exposure to a broad array of mathematics topics while incorporating a significant amount of science coursework.Gain knowledge of mathematics with applications in various other fields and practical scientific computing skills.

Concordia’s BA in Mathematics prepares students to pursue graduate school opportunities and/or enter careers in diverse fields, including data analytics, data science, statistics, actuarial science and quantitative analysis.

The Cambridge Mathematics course is often considered to be the most demanding undergraduate Mathematics course available in Britain and, correspondingly, one of the most rewarding.

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

The Adolescence Education: Mathematics program requires completion of a mathematics major, while simultaneously completing a second major in education, with courses in pedagogy specific to the content that will be taught.

Randolph-Macon College recently launched a new Applied Mathematics major, which builds upon the college’s existing Mathematics major, complements the college’s rigorous and comprehensive liberal arts curriculum and presents a wealth of opportunities for students, both while at R-MC and after graduation.

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.

Students majoring in applied mathematics gain practical skills, knowledge and specialities within their select fields, including economics, finance, data science and generally applied math.

The Computational Science field is relatively new but is exploding rapidly with career possibilities and advancements. This major focuses on a multitude of scientific disciplines, the use of computational techniques, how to apply principles in our everyday life, and more. Students who choose the Computational Science major will draw from other majors within the College of Liberal Arts such as Mathematics and Computer Science. This provides you with a robust education that is second-to-none. Upon graduation, you will be prepared to:

There is a strong market demand for college graduates capable of applying mathematics, statistics, and financial theory to determine risk factors and risk levels in numerous fields.

Today, many professions require employees to possess quantitative and analytical skills. In truth, employers are seeking applicants who have more than factual knowledge; instead, they want applicants who possess good problem-solving skills, the ability to think and reason analytically, and the ability to continue to learn on the job.

Are you fascinated by math, but also love the challenges of technology and computer science? Explore the realm of mathematics while developing core skills in computer and information science.