Title: How to Become an Electronic Engineer | Education Center Online
Headings: How to Become an Electronics Engineer
How to Become an Electronics Engineer
What electronics engineers do
How to become an electronics engineer
Career outlook for electronics engineers
Quick Facts: Electronics Engineers
*All facts from BLS.gov*
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Content: How to Become an Electronic Engineer | Education Center Online
How to Become an Electronics Engineer
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What electronics engineers do
According to the Bureau of Labor Statistics (bls.gov, 2012), the work of electrical engineers and electronics engineers is not dissimilar. They employ similar tools to help them perform engineering tasks and both often must collaborate with other types of engineers on projects. There are differences, however. Electronics engineers typically perform the following tasks: Create electronic parts or systems for various applications
Study the requirements of electrical systems and devise a system-wide strategy
Establish procedures to maintain electronic components and equipment
Appraise and recommend whether to repair or make design modifications to systems
Ensure electronic equipment and systems meet safety requirements and in compliance with regulations
Design applications and suggest changes to improve the performance of electronics found in parts and systems
Electrical engineers generally do the following: Innovate methods for using electrical power in the creation and enhancement of products
Perform calculations to assist in meeting standards of manufacturing, construction and installation
Oversee product-building procedures to ensure that completed product is up to code and meets all requirements
Research complaints, analyze what is problematic, and suggest ways to rectify
Collaborate on projects with those who manage them to ensure they are completed in an acceptable, cost-effective and timely manner
How to become an electronics engineer
High-school students interested in pursuing electrical or electronics engineering should take courses in physics and mathematics, including algebra, trigonometry, and calculus. Drafting courses may also come in handy when it comes time to prepare technical drawings, which these engineers are commonly tasked with doing. According to the BLS, electrical and electronics engineers usually are required to have a bachelor’s degree. Degree programs should be accredited by ABET (formerly the Accreditation Board for Engineering and Technology). Graduates of cooperative engineering programs—whereby students earn academic credit for structured work experience—may have a leg up on the competition, as employers also value practical experience.