• The study of mathematics and statistics emphasizes careful problem analysis, the precision of thought and expression, and the mathematical skills needed for work in many other areas. Mathematicians and statisticians are interested both in the theory and the applications within their disciplines. Theoretical mathematicians discover new theorems and increase basic knowledge in "pure" fields like abstract algebra, analysis, or topology. Applied mathematicians and statisticians use tools growing out of calculus, computing, statistics, and operations research to solve problems in science, industry, government, and other areas.
  • Mathematicians or statisticians may work in highly technical areas such as computer programming, or they may work in economics (as statistical analysts), in operations research, in insurance (as actuaries), or in any other field requiring sophisticated analytical skills. Some of these fields include sciences such as astronomy, chemistry, physics, engineering, biology, oceanography, meteorology, and ecology, or fields as diverse as linguistics, law, or business.
  • Students have numerous opportunities to work with faculty in small groups, including seminars for first-year majors, seminars in mathematical modeling, study groups for actuarial exams, honors calculus and honors linear algebra, and problem-solving seminars. Problem-solving skills are developed or sharpened in these courses and prove useful in mathematical research work, consulting in business and industry, or taking competitive exams.
  • Miami's majors in mathematics and statistics require both theoretical and applied mathematics courses. During the first two years of study, most students majoring in mathematics and statistics complete a sequence of calculus courses and a linear algebra course. With the help of an adviser, students select one or two additional courses that strengthen their preparation for upper-level studies.
  • The related hour's requirement is a concentration of courses in an area of study that has a well-established relationship with mathematics and statistics. This requirement enhances students' study of mathematics and statistics and allows them to tailor the courses to their interests. There are specific tracks that students can follow in certain areas such as actuarial science and systems analysis. For other areas such as biological or social science, or decision science, students can design their program with departmental and adviser approval. The requirement also includes a course or demonstrated competency in computer programming.