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Degree Overview: Bachelor of Science (B.S.) Degree in Electrical Engineering

Majors Overview August 5, 2014

Receive information about a Bachelor of Science (B.S.) degree program in Electrical Engineering and its education requirements, coursework, career choices, job and wage outlook, and continuing education choices.

Bachelor of Science (B.S.) Degree Program in Electrical Engineering

Students seeking enrollment to a bachelor’s degree program in electrical engineering should ensure that the program they choose carry the accreditation of the Accreditation Board for Engineering and Technology (ABET). In such programs, specialization in a particular area of focus is often encouraged; the areas of specialization are numerous and include photonics, nanoengineering, electromagnetics, microprocessors, computer engineering, and electrical systems.

Classroom lectures teaches electrical systems practices and theories. Students also learn about the digital systems, mechanics and signals employed in the field. Before students graduate, they must complete an electrical engineering project or final design seminar.

Education Requirements

Admission criteria typically require students to hold a high school diploma or equivalent. Incoming students are expected to register strong grades in science and math courses in high school. University students who may wish to enroll in a bachelor’s degree program in electrical engineering may be required to complete prerequisite courses in calculus, chemistry and physics.

Coursework

Coursework in bachelor’s degree programs in electrical engineering begin with a substantial array of science and mathematics courses; advanced courses in electrical systems and engineering are covered later in the program. Core coursework may include subject areas such as:

•Physical electronics
•Properties of electricity
•Mechanics
•Senior capstone project
•Multivariable calculus
•Electronic materials
•Signals and systems
•Digital design

Career Choices

The broad field of electrical engineering spreads across the research, biomedical applications, computer science, telecommunications, and automobile manufacturing industries. Those who complete the program may seek employment in job roles such as:

•Electrical engineer
•Industrial technologist
•Circuit designer
•Communications engineer
•Power systems engineer

Job and Wage Outlook

A job growth rate of 7% has been predicted for electrical engineers, over the 2010 – 2020 decade (U.S. Bureau of Labor Statistics). In May 2012, these professionals brought home an average annual wage of $93,380 (BLS).

Continuing Education Choices

Those who complete a bachelor’s degree program may choose to pursue continued education by earning a master’s or doctoral degree program in the field. Equipped with a master’s degree program in electrical engineering, a student can seek supervisorial or management positions or additional research opportunities. The doctoral degree programs in electrical engineering would benefit those seeking careers in research or academia.

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