Electronics Engineer Education Requirements and Career Information

Sep 10, 2019

Electronics engineers require a significant amount of formal education. Learn about the education and job duties to see if this career is right for you.

From global positioning systems to portable music players, electronics engineers design and develop a wide array of systems. To become an electronics engineer, you will need to earn a bachelor's degree. The following article details the educational requirements and job outlook for an electronics engineer.

Essential Information

Electronics engineers create various types of electronic devices that are used in everyday life, from cell phones and mp3 players to sewing machines and dishwashers. A career in electronics engineering begins with a bachelor's degree and may continue into a master's or doctoral degree program. Engineers who provide services directly to the public must be licensed, and licensure entails completion of an ABET-accredited engineering program, work experience and two exams.

Required Education Bachelor's degree
Additional Requirements Licensure is necessary in some cases
Projected Job Growth (2018-2028) 1% decline* (for all electronics engineers, except computer)
Average Salary (2018) $107,930* (for electronics engineers, except computer)

Source: *U.S. Bureau of Labor Statistics

Education Requirements for Electronics Engineers

Undergraduate Education

Companies that hire electronic engineers are looking for graduates with at least a bachelor's degree in this field. Students learn various methodologies and concepts to identify, analyze and solve different types of technical problems. Graduates are prepared to continue their education at the graduate level or find an entry-level position in this profession. The curriculum within an electronics engineering degree program includes courses in DC circuit analysis, digital logic, electronic control systems robotics and digital signal processing.

Graduate Education

A master's degree program in electronics engineering involves a mixture of coursework and research. Students are able to specialize in one of the many sub disciplines of electronics engineering, such as control or instrumentation engineering, photonics, telecommunications engineering, signal processing and network implementation.

Doctoral degrees in engineering with a focus in electronics are also available and usually lead to a career in higher education. Graduates with this degree spend much of their time doing research as well as educating students at the undergraduate and graduate levels.

Career Information

Career Details

Careers in electronics engineering are offered in research, education, circuitry design and electronic product development. Research and development for electronics engineers involves the conception, design and prototyping of electronic devices. In manufacturing, electronics engineers are responsible for quality control or process oversight. Academic work is often composed of writing and reviewing professional papers on electronics engineering.

Salary and Employment Statistics

According to the U.S. Bureau of Labor Statistics (, in 2018, electronics engineers had an average income of $107,930. Employment opportunities were expected to see little to no growth from 2018-2028, which is slower than the national average for all occupations.

Graduates with a bachelor's degree or beyond are sought by companies looking to hire electronics engineers. An electronics engineer may be involved in research, education, or design of many different high tech systems. While the job growth has leveled off, the high average income is an attractive benefit to prospective candidates.

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