The field of electronics engineering encompasses many industries, including manufacturing, navigation, and communications. People who choose to work in this career will focus on creating new electronic products such as communications systems or systems used in military equipment. They will work on a diverse range of products, from GPS systems to CD players and toys. In addition, they can find jobs where they will work with satellites orbiting the earth or computers located inside automotive engines.
Graduates with a bachelor's degree in electronics engineering will analyze system requirements and develop new products or software for systems. They will also develop a maintenance plan for repairing new products when they need replacement parts or an internal mechanism stops working. In addition, they test those new systems before they are put into use and inspect systems that are already in use.
Why a Bachelor’s Degree?
A bachelor’s degree in electronic engineering is usually required for most entry-level jobs. Students receive hands-on training in a laboratory, which includes various repairs and product manufacturing processes that help prepare them for the workplace once they graduate. They are also able to obtain their engineer’s license with a bachelor’s degree, even though licensing is not always required. In addition, the degree enables them to continue their education by earning a master’s degree in electronic engineering.
Inside an Electronics Engineering Bachelor’s Degree Program
Most electronics engineering undergraduate programs last four years and introduce students to topics like computer programming, digital electronics, and electromagnetics. It is rare to find a bachelor’s degree in electronics engineering program that is exclusively online; blended courses, which involve traditional classroom instruction and hands-on training supplemented with online components, are much more common. Students enrolled in online classes will often watch pre-recorded lectures and complete lessons at home, in addition to laboratory requirements that may be fulfilled at a traditional campus.
Students will learn physics, chemistry, and calculus. In addition, they will take courses such as linear system analysis, data structure and algorithms, and electromagnetic theory. Often, students will specialize in an area, such as aviation or communications to give them an advantage when they graduate.
What’s Next for Electronics Engineering Bachelor’s Degree Holders
Students who graduate with a bachelor’s degree in electronics engineering may either continue their education to obtain a master’s degree or they may begin working. The median salary for electronics engineers is $91,410, according to the Bureau of Labor Statistics (BLS). Those who work for the federal government enjoy the highest median pay at $104,830.
The growth rate for electronics engineer jobs is projected to 0%, Areas where there will be growth will be influenced by new technologies that are needed, which call for an increase in research and development. However, other areas may be limited due to the decline in manufacturing and international competition. Many graduates choose to become licensed because numerous companies require a Principles and Practice of Engineering (PE) license, according to the National Council of Examiners for Engineering and Surveying. Government contracts require this license; a bachelor’s degree Is required along with at least two years of work experience, depending on the state where the license is being obtained. The graduate will have to complete two exams and submit an application to receive the license.
Graduates with a bachelor’s degree can find work in manufacturing, aviation, and the military where they would design fight systems or develop new communications systems. In addition, they may also find work in a technology-related industry because the two fields often overlap.