# What Are Some Careers for Using Polynomials?

Polynomial math often appears in college algebra and trigonometry courses, and many students have wondered whether they will ever have a need for such math after college. You may have never come across real life problems examples, however, but polynomials have real-world uses. Some careers require you to use complex math, including polynomials, to solve problems, draw conclusions and make predictions. Understanding how polynomials used in real and the workplace influence jobs may help you choose a career path.

## Economist Careers

Economists use data and mathematical models and statistical techniques to conduct research, prepare reports, formulate plans and interpret and forecast market trends. Their jobs often involve addressing economic problems related to the production and distribution of goods and services and monetary and fiscal policies.

To perform their jobs, economists need a strong background in math, including knowledge of algebra, geometry, calculus and statistics, according to the U.S. Bureau of Labor Statistics (BLS). The job requires an understanding the practical applications of polynomials. Economists generally need at least a bachelor’s degree in economics, business or a related field, and many jobs require a master’s degree.

## Statistician Careers

Statisticians and other data-related roles use mathematical techniques to analyze and interpret data and draw conclusions. Their work often influences economic, social, political and military decisions, according to the BLS. Statisticians may work in government, education, health care and manufacturing. Because the job requires the use of polynomials and other complex math, statisticians generally need at least a bachelor’s degree in statistics or math with coursework in differential and integral equations, mathematical modeling and probability theory.

## Engineering Careers

Aerospace engineers, chemical engineers, civil engineers, electrical engineers, environmental engineers, mechanical engineers and industrial engineers all need strong math skills. Their jobs require them to make calculations using polynomial expressions and operations. For example, aerospace engineers may use polynomials to determine acceleration of a rocket or jet, and mechanical engineers use polynomials to research and design engines and machines, according to Purdue University.

## Science Careers

Physical and social scientists, including archaeologists, astronomers, meteorologists, chemists and physicists, need to use polynomials in their jobs. Key scientific formulas, including gravity equations, feature polynomial expressions. These algebraic equations help scientists to measure relationships between characteristics such as force, mass and acceleration. Astronomers use polynomials to help in finding new stars and planets and calculating their distance from Earth, their temperature and other features, according to school-for-champions.com.