Agricultural Engineering

What You'll Do in an Agricultural Engineering Career

Agricultural engineering professionals apply their knowledge of engineering technology and biological science to agriculture. They design agricultural machinery, equipment and structures; develop methods to conserve soil and water; and research ways to improve how agricultural products are processed. Depending on their career interests,agricultural engineers can choose from a number of specializations, such as power systems and machinery design, structural and environmental engineering, and food and bioprocess engineering.

Agricultural Engineering Job Opportunities

Their unique education trains agricultural engineering professionals to understand the interrelationships between technology and living systems, preparing them for diverse career opportunities in ecosystem protection, food safety, bioenergy and human health. Top employers for agricultural engineers include: agricultural services and manufacturing companies, the federal government, colleges and universities.

According to the Bureau of Labor Statistics (BLS), agricultural engineers can anticipate a 12 percent job growth rate between 2008 and 2018. Several factors have contributed to the rising need for agricultural engineers in the U.S.:

• An expanding population—agricultural engineers are at the forefront of researching ways to increase crop yields necessary to feed more and more people.
   
• Renewable energy—the high demand to produce crops for use as renewable energy sources inherently involves agricultural engineering expertise and technical knowledge.
   
• Conservation—agricultural engineers play a key role in uncovering methods for preserving natural resources and developing more efficient agricultural production.

The Future of Agricultural Engineering

The American Society of Agricultural and Biological Engineers (ASABE) describes the crucial responsibility that biological and agricultural engineers have in developing viable, environmentally sustainable solutions to the population and resource challenges impacting our present and future.

In the realm of green energy, agricultural engineering is essential to identifying and developing alternative, renewable energy sources, such as biomass, methane and vegetable oil. What's more, agricultural engineers focus on means for making these alternative energy sources cleaner and more efficient, developing energy conservation strategies that not only reduce costs but protect the environment.

Agricultural Engineering Degree Programs

Aspiring agricultural engineers will find bachelor's, master's and PhD programs in agricultural engineering at colleges and universities throughout the U.S.

As ASABE indicates, undergraduate agricultural engineering students can expect to take classes in engineering fundamentals, agricultural and biological sciences, mathematics, economics, and general education courses in the humanities. Graduate-level programs in agricultural engineering typically involve intensive course work and in-depth research in the student's chosen specialty.

Students interested in online education will find a few undergraduate and graduate-level programs available in agricultural engineering. In general, however, graduate students are more likely to find on-campus programs that offer some online agricultural engineering classes as part of an overall curriculum.

Agricultural Engineer Salary

The BLS reports that agricultural engineers earn a median annual salary of $68,730. Overall, agricultural engineering annual salaries range from $43,150 to $108,470. Agricultural engineers who aim their careers toward the management, scientific and technical consulting services industry can anticipate the higher end of the salary range. Top-paying states for agricultural engineering? Maryland, Colorado, North Carolina, Arizona and Kentucky.