Associate Degrees in Electrical Engineering

Just about everything we do at home and work is powered by an electrical device. We are surrounded by literally billions of electrical devices that power our world. For this reason, electrical engineers are always in demand. An electrical engineer designs, develops, and tests electrical equipment to ensure that it performs the way it is supposed to. An associate degree in electrical engineering teaches you all the fundamental aspects of a career in electrical engineering. An associate degree in electrical engineering is a two-year degree that qualifies you for an entry-level position in electrical engineering or can be used as a steppingstone to a more advanced degree in electrical engineering.

Associate Degree in Electrical Engineering Success Factors

Earning an associate degree in electrical engineering requires that you are adept at problem solving, are calm under pressure, are patient, cautious, meticulous and detail-oriented, and possess strong mathematical and analytical skills.

Associate Degree in Electrical Engineering Specializations

When you earn an associate degree in electrical engineering, you are able to specialize in many areas to match your career aspirations, including biomedical engineering, electronics, control systems, signal processing, computer engineering, electrical insulation, wireless communications, and electromagnetics.

Associate Degree in Electrical Engineering Curriculum

The courses you take while earning an associate degree in electrical engineering include communications systems, computers, power systems, integrated circuits and solid state devices robotics.

Electrical Engineering Jobs

Most jobs in electrical engineering require an advanced degree, yet an associate degree in electrical engineering may qualify you for entry-level work in the field. Electrical engineering provides the most engineering jobs in the country, with over 300,000 electrical engineering professionals employed in the United States. Electrical engineers work in roles such as power generation, medical equipment, power, automation, computer programming, engineering economy, numerical analysis, distribution, and transmission, manufacturers of navigation controls, medical equipment, and measurement devices, architectural firms, communications, electronics, engineering mechanics, electrical circuits, thermodynamics, engineering materials, scientific research and development firms, and electrical component manufacturing companies.