By earning a bachelor of electronics engineering, graduates may have access to some of the fastest growing careers in our economy today. Electronics engineers apply theory and principles to develop real-world solutions to problems in a wide range of industries such as manufacturing, construction, and sales. In order to do this in a professional manner, the workers must have extensive knowledge in a wide range of interconnected subjects such as mathematics, electronics, technology and electricity, among many others. Programs are available both online and on campus from a number of different universities across the United States which prepares students to take part in this exciting, challenging field*.
The majority of schools offer a Bachelor of Science degree in the subject, which is completed after four years of study. The number of credit hours required to earn a bachelor of electronics engineering degree typically range from between 125-135, and include about 30-40 credits which constitute the core coursework of the curriculum as well as additional hours for electives and general education requirements. Often times, however, because of the sheer volume of coursework required to fully grasp the complex subject material, students spend five or more years completing the degree*.
Typical courses taken when studying electronics engineering include technical mathematics, the fundamentals of circuitry, technical physics, AC circuits, machinery, microprocessor applications, and more. By completing an intensive course of study which exposes the student to a wide range of practical issues in electronics today, they're fully prepared to enter the workforce after graduation.
The Bureau of Labor Statistics estimates that electronics engineers have a median salary of approximately $89,630 per year. Typically, entry level jobs start out at around $56,490 per year and the pay is increased as the engineers gain more experience within their respective fields. The highest paying industry is the federal government, while the lowest paying one is manufacturing**.
Unfortunately, job openings within the field are expected to only grow by about four percent over the next ten years. This is substantially less than for the average profession in the United States and is attributed to the decline in the domestic manufacturing sector, which is an area of the economy that employed many electronics engineers**. Still, employment opportunities may be available for those individuals experienced, talented, and versatile enough to think up unique solutions to complex problems that companies face. The majority of the future growth may occur in the services sector as more companies cut their own engineering staffs and outsource to dedicated firms in order to save money.
Are you ready to pursue your bachelor degree? Get information on programs in your area and online using our bachelor degree finder at the top of this page. ↑
*For more information, please visit: https://uakron.edu/academics_majors/undergraduate_programs/programs_detail.dot?programId=83070&pageTitle=Undergraduate%20Programs&crumbTitle=Electronic%20Engineering%20Technology%20%28Bachelor%E2%80%99s%20Degree%29
**For more information, please visit: http://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-engineers.htm