Career Info for an Electronic Communications Engineering Degree

Oct 04, 2019

A degree in electronic communications engineering is required to become an electronics engineer. Individuals with this kind of career have a median annual salary of nearly $100,000.

Essential Information

Electronics engineers design systems that use electricity for signal processing. An electronic communications engineer focuses these efforts on communications signal processing. The majority of these engineers have at least a bachelor's degree in the field.

Required Education A bachelor's degree in electrical engineering, electrical engineering technology or electronics engineering
Projected Job Growth (2018-2028)* 5% for electronics engineers
Median Annual Salary (May 2018)* $102,700 for electronics engineers

Source: *U.S. Bureau of Labor Statistics

Career Information

Electronic communications engineers conceptualize, design, test and oversee the manufacturing of communications and broadcast systems. They mainly work to integrate electronics and communications into any system they develop. These professionals might work for commercial, industrial, military or scientific companies. Examples of potential job titles include design engineer, electronics engineer and electrical design engineer.

According to the U.S. Bureau of Labor Statistics (BLS), in 2018, there were 191,900 electronics engineers in the nation ( These engineers earned a median annual salary of $102,700 as of May 2018.

Degree Information

An electronic engineering degree program concentrates on semiconductor devices, transistors, microprocessors and circuit design. Although communications-related instruction is usually included in all degree program levels, the term 'communications' is typically not in the program title. All programs combine lecture and lab coursework.

Certificate Programs

Certificate programs in the field of electronic engineering technology are available, and they typically require the completion of approximately eight classes. Coursework begins with circuits and electronics and generally includes lab courses.

Associate's Degree Programs

Students pursuing an Associate of Science in Electronic Engineering Technology generally complete their studies in two years. The curriculum covers topics such as circuits, technology physics and microprocessors. Students also learn about circuit design fundamentals, voltage basics, transistor use and semiconductor devices.

Bachelor's Degree Programs

Individuals who wish to earn a Bachelor of Science in Electronic Engineering study how to solve circuit problems and test circuits using computers and mathematical equations. Coursework in these 4-year programs covers subjects like electronic devices, digital circuits, control systems, microprocessor applications, circuit theory, computer programming and microcontrollers.

Master's Degree Programs

Master's degree programs in electronics engineering allow students to concentrate on communications. The core curriculum includes coursework in electronics systems, communications systems engineering and microcontrollers. Communications-specific classes include digital signal processing, digital communications and communications networks.

Electronics communications engineers work on the electronic systems that are used to transmit and receive signals. They may be involved in designing, manufacturing, and testing systems to make sure that they work properly. These professionals can work for scientific or industrial companies, or the military.

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