**Actuary** - Solve real-world problems, involving money (sometimes billions of dollars), probabilities, and future events. Using statistics, determine how much different sectors of the population should pay for insurance and whether or not Social Security taxes should be reduced. Most actuaries work for insurance companies or consulting firms.

**Imaging Scientist **- Put your mathematical and computer abilities to good use. Use linear algebra and physics principles to create computer-graphics programs, such as photo-editing and retouching applications. Use your imagination and the capabilities of modern technology to create any number of fun programs for yourself or meaningful applications for work. The best part? You can work at home and choose your own hours!

**Market Researcher** - Determine if your company’s services best meet your customers’ needs. Design consumer satisfaction surveys, follow your company’s industry through the press and other published studies, and supply management with needed information. As a market researcher, it’s important to understand and communicate statistics to see whether your customers are being satisfied.

**Economist **- Assess the financial situation of a region or industry. Analyze data, observe previous trends, and use modeling techniques to predict upcoming financial changes. Most careers in economics require a strong foundation in mathematics, with a special emphasis on calculus, statistics, and probability.

**Aerospace Mathematician** - Want to shoot for the stars, literally? As an aerospace mathematician, you can utilize your math skills to model the different aspects of a spacecraft, to model data taken from the spacecraft, and to determine the optimal info from the data. If assisting in NASA missions is in your future, you’ll need a solid background in engineering, physics, and astronomy.

**Environmental Mathematician** - As an environmental mathematician, you work as a member of a team to tackle a specific environmental problem, such as predicting how much gas escapes from storage tanks based on weather conditions. This never-boring job requires both logical and quantitative thinking, and often involves traveling to interesting places. Perhaps the best part of this job, however, is being aware that you’re helping to protect Mother Earth.

**Law Partner** - What does math have to do with law? The approach to solving problems in both areas is much the same. In law, you start with a basic legal principle or proposition, apply the principle to the facts at hand and reach a conclusion, much as you do with a mathematical function. In cases where the conclusion is not so clear-cut, you have to consider various factors, similar to a multi-variable equation. If you enjoy the logic and problem-solving aspects of math, then a career in law may be just your thing.

**Budget Analyst** - Determine how money is needed by a company/organization. Use extensive algebraic formulas to calculate which sectors of the company need the most money in order to thrive. As a budget analyst, the decisions you make can largely affect the future of your company. Skills in algebra, statistics, and mathematical modeling are essential for this profession.

**Computer Programmer** - Design, develop, and implement business application systems by writing complex programming codes. The most important part of programming is the logic behind the code. This is where a strong background in mathematics comes into play, as it helps to analyze complicated requirements and develop clear and concise systems.

**Accountant** - Being an accountant involves keeping, auditing, and inspecting the financial records of individuals or businesses. Based on this information, an accountant then prepares financial and tax reports. Math plays a big part not only in totaling debits and credits, but is also used in many other ways. For example, statistical sampling techniques are used to determine the probability of errors occurring in the financial statements.

**Numerical Analyst** - Develop the best possible mathematical methods and algorithms to solve a certain problem. An example would be designing a satellite computer capable of withstanding the cosmic ray radiation found in outer space. As a numerical analyst, you blend mathematics, computer science, engineering, and physics in order to come up with the best solution for the task at hand.

**Biostatistician** - Statistics aren’t limited to math problems and sports trivia; they also have an important place in biology. In fact, statistics are vital within the medical community. For example, by using statistics and modeling techniques, you can logically connect environmental factors with certain diseases. Because biostatistics is based on using statistics to solve problems and the fact that research uncovers more problems than it solves, there is never a boring moment for a biostatistician.