The most common graduate degree offered in the field is a Master of Science in Electronics Engineering. These programs train students to use electron science to design and create equipment and devices for industrial, recreational, medical and scientific uses. Over the course of the program, students learn to develop and test electronic circuits and their various parts, including inductors, capacitors, resistors, transistors and diodes. From there, they are taught how to manipulate and redesign electronic circuits so the circuits can be used to control various types of electronic equipment. Other topics of study include advanced theories of quantum mechanics, lasers and mathematics, which provide a foundation for students to conduct independent research that advances current knowledge in the field. Prior to graduation, students must complete a thesis project or paper.
In order to apply, students must hold a bachelor's degree in a scientific field. They should also have a solid grasp of electronics theory and an understanding of how circuits work before enrolling in a master's degree program.
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Master's Degree in Electronics Engineering
A Master of Science program in Electronics Engineering typically contains advanced courses covering the theories of instrumentation and materials in the electronics field. Possible course titles include:
- Lasers and photonics
- Mathematics for optical engineering
- Optical materials
- Quantum mechanics
- Electronic and photonic materials
Employment Outlook and Salary Info
Electrical and electronics engineers held roughly 315,900 jobs in the United States in 2015, according to the U.S. Bureau of Labor Statistics (BLS). Employment in the field is expected to see little or no change (0%) between 2014 and 2024. The median annual salary for electrical and electronics engineers in 2015, not including computer hardware engineers, was $98,270 (www.bls.gov).
For students who are interested in studying electronics at the master's degree level, a Master of Science in Electronics Engineering is a great educational option. Through advanced coursework and high level research, students gain the electronics expertise they need for career success in the field.