The practice of electronics engineering, when compared to electrical engineering, deals more specifically with integrated circuitry and component development and maintenance. Simply put, electronics engineering serves as a subfield within the more broad study of electrical engineering, which focuses more on power generation and supply. If one looked at electronics engineering as “micro,” they might see electrical engineering as “macro.”
Career Opportunities with this Degree
As technology grows, like clockwork so does the need for capable advanced degree holders in the field of electronics engineering. Those who obtain a master’s in electronics engineering have historically found career opportunities in the automotive, communications, security, and avionics industry, but today may find placement in any number of fields.
Jobs & Salaries with This Degree
While the duties of electronics engineers are rather specific and unique, due to the nature of computer systems and component growth over the last decade-plus – from MP3 players to tablet computers, high-speed internet to full-wireless communications – virtually every industry has a need for specialists in such fields to handle component development and maintenance. Electronics engineers make up the fifth-most populated engineering field today. While the field is expected to see employment stay steady, this high number means that any turnover in the industry will create a potentially high number of available jobs. Salaries for electronics engineers – similarly to electrical engineers – are also relatively high as compared to other engineering fields, with the mean annual salary coming in at about $85,000.
Requirements for Earning this Degree
Many masters in electronics engineering degrees do fall under the electrical engineering category, with successful students earning a master of science degree. Students are expected to hold a bachelor’s degree in a related scientific-, mathematic-, or engineering-based field to obtain entry into such a program, and can expect to experience core coursework such as computer communications networks and probability and statistics. Elective coursework options may include advanced local and wide area networking and the study of wireless network development and integration.