After learning about basic electronics components and electrical formulas to calculate voltage, resistance and current, students in a bachelor's degree program in electronic engineering technology examine advanced electrical formulas while building their own circuits. Hands-on instruction covers soldering and how to use test equipment, such as multi-meters, oscilloscopes and computerized data loggers.
Although many electronic engineering technology programs will accept high school graduates, some are specifically designed for those with an associate's degree. Typically, 4-year programs begin with the basics of electronics theory, while transfer programs provide an additional understanding of electronics repair and design. Some programs may focus on a specific type of electronics, such as communications, consumer electronics, computing or medical equipment.
Bachelor of Science in Electronic Engineering Technology
Math courses in an electronic engineering technology program provide the foundation for advanced electrical formulas, such as those for frequency, phase and resistance-capacitance calculations. Students will also be expected to complete physics, chemistry and physical science courses, which are essential to understanding how electronic components and semiconductors function. Advanced study covers electronics manufacturing, which provides an overview of how integrated circuits, such as microprocessors and controls, are created and used. In addition, students learn to assist engineers who design and conduct tests. This instruction covers product development and failure analysis. General requirements in an engineering technology program include:
- Engineering procedures
- Digital and analog circuits
- Electronic design
- Communications technology
- Power generation
- Microprocessor technology
Employment Outlook and Salary Info
According to the U.S. Bureau of Labor Statistics (BLS), electrical and electronics engineers will see little to no growth in employment from 2014 through 2024. These workers made $98,270 as a yearly median wage in 2015, according to the BLS.
Continuing Education Info
Students who wish to further their careers in electronics technology can earn their Master of Science in Electronics Technology or a Doctor of Philosophy in the field. Both programs provide the skills to research or develop new electronics technologies and theories. Graduate programs are only open to students who've earned a bachelor's degree.
Students who enroll in a Ph.D. program usually plan on pursuing research or teaching careers. Generally, Ph.D. programs are focused on the discipline of electronics or computer engineering. However, students can complete their doctoral study in an interdisciplinary program, which may also focus on business or the physical sciences.
Those interested in become electrical engineers should have strong background of coursework based in mathematics. With little to no job growth expected over the next decade, the job market is competitive and graduate degrees could improve your employment prospects.