Computer electronics engineering technology associate's-level programs include coursework in microcomputers and circuits in order to prepare students for entry-level technician positions. Students in these 2-year programs can learn about industrial electronics, microprocessors and technical communication. These engineering technology programs do not typically prepare students for licensure as professional engineers.
Bachelor's degree programs related to computer electronics engineering technology include more in-depth courses in circuits, digital electronics, system troubleshooting and microprocessors. Graduates of these 4-year programs may find careers as engineering technologists or advanced technicians related to the design, testing and control of computers and electronic equipment. Applicants to both of these programs may not be required to meet any additional prerequisites, other than having finished high school or an equivalent credential.
Associate's Degrees in Computer Engineering Technology
Graduates are able to find placement as field service representatives, computer technicians, electronics technicians and technical writers. Programs can train students to operate circuit testing equipment, program automation into control systems and repair circuits. Academic preparation often includes subjects like:
- Algebra and trigonometry
- Digital electronics
- Network analysis
- Microcomputer systems
- Computer applications
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Bachelor of Science in Electronics and Computer Engineering Technology
Students can learn to apply engineering principles to technical problems in computer sciences by studying drafting, calculus, the environmental impacts of technology and the design process. These programs can emphasize hands-on participation and interpersonal communication to prepare a student for a career as a technical specialist on a team of engineers. Due to the participatory nature of these programs, students may be required to purchase their own tools, such as a lead-testing kit, soldering iron and wire strippers.
Programs can train students in communications electronics, engineering analysis and control instrumentation. Material covered in these types of programs can include:
- Integrated circuits
- Network maintenance
The 2014-2024 U.S. Bureau of Labor Statistics (BLS) forecast predicted a one percent decline in job opportunities for all drafters, engineering technicians and mapping technicians (www.bls.gov). Due to the decline and slow growth of manufacturing, electrical and electronic engineering technicians were expected to see a 2% decline in employment as well during the same time frame. According to the same source, these professionals annually earned a median salary of $61,130 as of May 2015.
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According to the BLS, there were 139,080 electrical and electronics engineering technicians working as of May 2015. The highest levels of employment of these professionals were in the architecture and engineering; semiconductor and electronic component manufacturing; and navigational, measuring, electromedical and control instruments manufacturing industries. Bachelor's degree program graduates were qualified to work as:
- Process technologists
- Application technologists
- Test technologists
- Design technologists
- Controls technologists
Students interested in master's degree programs are able to apply to electrical engineering technology and some electrical engineering programs. Applicants to electrical engineering programs generally need to have a 3.5 grade point average during the last two years of bachelor's degree coursework. Additionally, these applicants from programs not accredited by the Accreditation Board for Engineering and Technology may need to score extremely high on the GRE's quantitative section of the General Test.
Degree programs in computer engineering technology prepare students for employment as electronics engineering technicians, as well as design, test and process technologists. Graduates could also pursue master's degree programs in electrical engineering technology to further their studies.