How To Get an Associate's Degree in Electrical Engineering

Electrical engineering associate degree programs teach students how to translate an engineer's designs into systems and projects, according to Education-Portal.com. Electrical engineering technicians also look at issues concerning computers and electrical equipment. The demand for these professionals is projected to stay steady from 2008 to 2018, according to the U.S. Department of Labor Bureau of Labor Statistics. Median annual wages of electrical and electronic engineering technicians in May 2008 were $53,240, reports the Bureau of Labor Statistics. Just a few steps can help you to get a two-year associate degree in electrical engineering.

Instructions

    • 1

      Take high school courses in subjects such as computer science, physics, chemistry and calculus, according to CollegeBoard.com. The more advanced levels of these classes will better prepare you for an associate degree program in electrical engineering.

    • 2

      Determine whether you want to complete an associate degree program in electrical engineering at a traditional school or online. Because electrical engineering relies so heavily on computers, many schools offer these degree programs online, according to WorldWideLearn.com. If you choose an online school, make sure you have the software and hardware necessary to handle distance education courses. Also, consider schools that might add a vocational emphasis, such as electronics engineering technology, that allow you to seek employment in a specific trade or technology. In addition, make sure the program you're interested in is accredited by the Accreditation Board for Engineering and Technology.

    • 3

      Apply for an associate degree program in electrical engineering. To get into this type of program, you must have a high school diploma or GED. Schools might ask you to submit transcripts or standardized test scores as well.

    • 4

      Be prepared to complete classes on topics such as the fundamentals of electric circuits, solid-state electronics and their application of control systems and electronic circuits. Take other courses such as motors and controls, electronic measurement/instruments, AutoCAD, robotics, power systems, communication systems, microprocessors, technical math/physics and an introduction to National Electric Code. You will learn how to accumulate and examine data, expand design layouts, repair equipment and organize reports for engineering teams. Also, be prepared to complete lab work, which might involve creating processors or amplifiers.

    • 5

      Complete an internship in electrical engineering, which might be a requirement in some programs. Look for internships at utilities companies, manufacturing companies or even in the transportation industry, according to DegreeDirectory.org. You also might find hands-on experience opportunities at research and development labs or in the telecommunications sector.

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