A B.S. in Electrical Engineering program prepares students for design and analysis in a variety of electronics applications. A graduate with a baccalaureate degree in electrical engineering may find employment in circuitry, information theory or gain a specialization in areas such as quantum electronics, biomedical engineering, digital systems design or microwave and antenna engineering. An electrical engineering degree program also provides students with a solid foundation in building and design.
The program specializations include thermodynamics, digital systems design, and entertainment. Some schools offer online programs.
Find schools that offer these popular programs
- Electromechanical Technologies
- Electronic Communications Engineering
- Instrumentation Technologies
- Laser and Optical Technologies
- Robotics Technologies
- Telecommunications Technologies
Bachelor's in Electrical Engineering
Programs are often offered through a university's engineering and applied science departments. Many programs start with fundamental studies in math, chemistry and physics, and then move into specific engineering courses. Some programs may allow students to select a focus. Common classes include:
- Control systems
- Introduction to microprocessors
- Engineering design and management
- Digital hardware
- Computer science
Employment Outlook and Salary Information
Electrical engineers are highly sought in today's high-tech society because of their knowledge and expertise in electronics, automation and computer technologies. The employment outlook for electrical and electronics engineers was little to no change, according to the U.S. Bureau of Labor Statistics (BLS). Jobs were expected to grow 0% from 2014-2024. In May 2015, electrical engineers earned a mean annual wage of $97,340.
A student who gets a bachelor of science in electrical engineering will gain a foundation in building and design over a four year time period. Classes that students will focus on include control systems, physics and computer science.