The mathematics major prepares students for traditional activities such as graduate study, teaching, and work as an actuary, accountant, actuary, computer programmer, doctor, engineer, investment manager, lawyer, government research and laboratories. We've said why you should study mathematics, but what about careers in mathematics? Where exactly can studying mathematics take you and what jobs can you do? Mathematics students tend to have well-developed skills in logical thinking and problem solving. They are experts in analyzing data and creating models to draw meaningful conclusions. Can identify patterns and use quantitative data to build solutions.

That's why the types of jobs you can get with a mathematics degree are so diverse. You can pursue careers in areas such as insurance, banking, education, logistics and more. Graduates with a degree in mathematics can serve as statistician, operations research analyst, actuary and professor of mathematics. Other common mathematical careers include: intelligence analysis, operational research, statistical research, logistics, financial analysis, market research (for business), management consulting, IT (systems analysis, development or research), software engineering, computer programming, industry public (ability to advise as a scientist or statistician), scientific research and development (e.

In fact, basic and intermediate mathematical skills are used in many more jobs that don't require a degree in mathematics than those that do. Mathematical modelers can work in areas ranging from animation and video game design to aerospace engineering or biological research. Study found that, on average, mathematics graduates performed better on the Law School Admission Examination (LSAT) than examinees from 45 other disciplines. According to a study by Georgetown University, about half of those who complete a bachelor's degree in mathematics earn an advanced degree in the field.

As a subject, mathematics is also continually growing and changing, as mathematicians and scientists expand what they already know to discover new theories and inventions. However, a large number of mathematics majors are based on business or science and technology related sectors, and mathematics graduates hold positions such as accountant, actuary, statistician, technician, economist or market researcher. A major, or concentration, provides students with knowledge and skills in a specific field of mathematics, often qualifying them for leadership positions in those practice areas. For example, if I want to throw a custard cake so that it falls on your head on a very windy day, studying mathematics can help me calculate the speed, strength and angle I need to throw it to hit the right place.

Actuaries are essential to the insurance industry and must be experts in advanced statistics and modeling software, mathematics and business. While the most common way to enter the engineering field is with an engineering degree, a degree in mathematics can also help you, in some specialized positions. Most positions require a master's degree in mathematics or computer science; it is also useful to have a thorough understanding of the different programming languages. Some positions require advanced degrees, but mathematics professionals with a bachelor's degree also enjoy a variety of career options.

Specific jobs include actuary, business analyst, software engineer, technology analyst, information engineer, speech technology researcher, and mathematics teacher. But these skills also feature prominently in some careers that may not seem like a natural endpoint for someone with a math degree.