Avionics Engineer: Job Description, Duties and Requirements

Sep 19, 2019

Learn about the education and preparation needed to become an avionics engineer. Get a quick view of the requirements as well as details about degree programs, job duties and licensure to find out if this is the career for you.

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It is recommended that aspiring avionics engineers earn a bachelor's degree in a related field, such as aviation engineering, aerospace engineering or electrical engineering. Although a degree is not a requirement, it can help to enhance one's job prospects. All avionics engineers need to have training and a certificate from the Federal Aviation Administration.

Essential Information

Avionics engineers work in the aerospace industry. Their work encompasses tasks related to designing and programming electrical systems on board spacecraft, aircraft and satellites. Avionics engineers provide computer system support for all communication, navigation and guidance systems and perform testing to ensure that those systems are working properly.

Recommended Education Bachelor's degree for best employment prospects
Other Requirements Federal Aviation Administration (FAA) training and certification
Projected Job Growth* 2% between 2018 and 2028 (aerospace engineers)
Median Salary (2018)* $115,220 (aerospace engineers)

Source: *U.S. Bureau of Labor Statistics

Job Description

Working in the aerospace engineering subspecialty field of avionics, avionics engineers design and develop aircraft and spacecraft avionic instrumentation. They also conduct research to address problems associated with flight safety systems, landing gear and electronic navigation systems.

Job Duties

Avionics engineers may assist in installing and servicing avionics communications equipment. They ensure that newly installed systems and those that have been repaired meet requirements mandated by the Federal Aviation Administration and specifications set by aircraft manufacturers. They participate in designing, purchasing, testing and calibrating avionic systems such as computer and electronic communication panels.

Job Requirements

Avionics engineers must have engineering, computer and technical knowledge. They must also be adept at understanding how to solve problems and to implement ideas. Generally, avionics engineers work as members of a team. As such, they are required to have effective communication and interpersonal skills.

In order to become eligible for employment, an avionics engineer must either be a citizen or a permanent legal resident of the U.S. Also, due to the sensitive nature of some jobs, avionics engineers may be required to pass a security clearance check.

Education Requirements

The minimum requirement to obtain a job in avionics engineering is completion of training and certification from the FAA. Some avionics engineers have completed an associate's degree in avionics technology. Typically, avionics engineers complete a bachelor's degree in aviation engineering, aerospace engineering or electrical engineering from an accredited college or university.

Some avionics engineers may decide to obtain licensure in order to become a professional engineer. In order to receive this credential, the avionic engineer must have earned a 4-year degree from a school accredited through the Accreditation Board for Engineering and Technology, have four years of post-college work experience, and pass the licensing exams given by the National Council of Examiners for Engineering and Surveyors.

Employment Outlook and Salary Info

According to the U.S. Bureau of Labor and Statistics (BLS), the demand for aerospace engineers should increase by two percent percent between 2018 and 2028. Most employers look to hire avionics engineers with a 4-year degree in avionics engineering or a related field. The annual median salary for employees in this occupation was $115,220 in 2018 (

Avionics engineers perform many duties related to aircraft communications equipment, such as handling installations and repairs. It is their responsibility to ensure all systems meet FAA-mandated requirements. They might also help to design, test, and calibrate electronic communication panels.

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