Electronics Engineering Technology

We live in a world of technology. Tech-savvy problem-solvers are in high demand. Our students get practical, hands-on experience while learning the theory behind circuits, computer systems, and wireless communications. They master troubleshooting at the component level and do problem-solving on complex systems. Experiences range from assembling circuit boards (hardware) to programming microcontroller systems (software).

Our learning environment develops the skills needed to work safely and responsibly as an engineering technician, to function effectively in teams, and to provide technical leadership in organizations. Our instructors bring real-world experience into the classroom and lab. Our graduates typically find employment in developing and testing new electronic components for the latest mobile devices, deploying next-generation telecommunications infrastructure, or supporting highly-automated manufacturing operations.

Credentialing Options

Electronics Engineering Technology, AAS - CIP Code: 15.0303

A 40 20 0

Contact: (336) 334-4822, ext. 53078

These curriculums are designed to prepare students through the study and application of principles from mathematics, natural sciences, and technology and applied processes based on these subjects.

Course work includes mathematics, natural sciences, engineering sciences and technology.

Graduates should qualify to obtain occupations such as technical service providers, materials and technologies testing services, process improvement technicians, engineering technicians, construction technicians and managers, industrial and technology managers, or research technicians.

A course of study that prepares the students to apply basic engineering principles and technical skills to become technicians who design, build, install, test, troubleshoot, repair, and modify developmental and production electronic components, equipment, and systems such as industrial/computer controls, manufacturing systems, communication systems, and power electronic systems. Includes instruction in mathematics, basic electricity, solid-state fundamentals, digital concepts, and microprocessors or programmable logic controllers. Graduates should qualify for employment as electronics engineering technician, field service technician, instrumentation technician, maintenance technician, electronic tester, electronic systems integrator, bench technician, and production control technician.

Program Outcomes:

Upon successful completion of the Electronics Engineering Technology degree, the graduate should be able to:

  1. Analyze circuits in analog and digital systems.
  2. Construct electronic circuits and systems.
  3. Use test equipment to characterize and troubleshoot electronic systems.
  4. Repair electronic circuits and systems.
  5. Use computer applications for simulation, configuration, programming, and problem solving in electronic systems.
  6. Communicate as a technical leader in an engineering technology context.

Fall Semester I

Total Credits: 15-16

Spring Semester I

Total Credits: 15-16

Summer Semester I

  • ​Humanities/Fine Arts Elective Credits: 3 4
  • Communications Elective Credits: 3 3

Total Credits: 6

Fall Semester II

Total Credits: 15

Spring Semester II

Total Credits: 15

Total credit hours required for degree: 66-69

Electives

1. Math Electives

A minimum of 6 credit hours is required. The recommended sequence is

MAT 121
 followed by
MAT 122
.  Students who meet the prerequisites may substitute courses as follows after discussing academic and career goals with an academic advisor.

First Math Elective

Choose one course from the following:

Second Math Elective

Choose one course from the following:

2. Social/Behavioral Science Electives

Choose one course from the following:

3. Communications Electives

Choose one course from the following:

4. Humanities/Fine Arts Electives

Choose one course from the following:

5. Physics Elective

Choose one course from the following:

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Electronics Engineering Technology Diploma

D 40 20 0 D1

The Electronics Engineering Technology Diploma program is for individuals wishing to quickly gain a basic foundation in electronics. The diploma's primary emphasis is on analyzing, designing, and troubleshooting electronic circuitry. The electronics diploma is frequently used by individuals as a way of preparing for electronics certification exams.

Program Outcomes:

Upon completion of the Electronics Engineering Technology diploma, the graduate should be able to:

  1. Analyze circuits used in analog and digital systems.
  2. Construct electronic circuits.
  3. Use test equipment to characterize and troubleshoot electronic circuits.
  4. Repair electronic circuits.
  5. Use computer applications for simulation and configuration in electronic systems.
  6. Communicate in an engineering technology context.
     

Fall Semester I

Total Credits: 15-16

Spring Semester I

Total Credits: 15-16

Summer Semester I

Total Credits: 6

Total credit hours required for diploma: 36-38

Electives

1. Math Electives

A minimum of 6 credit hours is required. The recommended sequence is 

MAT 121
 followed by 
MAT 122
.  Students who meet the prerequisites may substitute courses as follows after discussing academic and career goals with an academic advisor.

First Math Elective

Choose one course from the following:

Second Math Elective

Choose one course from the following:

Close

Electronics Engineering Technology - Basic Electronics Certificate

C 40 20 0 C3

Electronics Engineering Technology -Basic Electronics Certificate

The Electronics Engineering Technology - Basic Electronics Certificate is designed to equip students with a specialized skill set for immediate employment or to upgrade skills for job advancement. It can be completed in less than one year, and all the certificate courses can be applied toward the 

AAS
 degree. In order to obtain a Basic Electronics Certificate, a student must complete at least 14 credit hours.

Program Outcomes:

Upon successful completion of the Basic Electronics Technology certificate, the graduate should be able to:

 

  1. Analyze circuits used in analog and digital systems.
  2. Construct electronic circuits.
  3. Use test equipment to characterize and troubleshoot electronic circuits.
  4. Repair electronic circuits.
     

Fall I

Total Credits: 6

Spring I

Total Credits: 8

Total credits required for certificate: 14

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Electronics Engineering Technology - Wireless Communications Certificate

C 40 20 0 C2

 

Program Outcomes:

Upon successful completion of the Electronics Engineering Technology - Wireless Communications Certificate, the graduate should be able to:

  1. Analyze circuits in analog and digital communication radio frequency (RF) systems.
  2. Construct electronic communication (RF) systems.
  3. Use test equipment to characterize and troubleshoot radio communication (RF) systems.
  4. Repair electronic communication (RF) systems. 
  5. Use computer applications for programming and problem solving in electronic communication (RF) systems.
     

Electronics Engineering Technology - Wireless Communications Certificate

 

*Note: This certificate can only be completed if the student has already completed the basic certificate or is currently a diploma or AAS student.

Fall Semester I

Total Credits: 12

Spring Semester I

Total Credits: 3

Total credits required for certificate: 15

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About Electronics Engineering Technology

Electronics Engineering Technology Program at GTCC

Frequently Asked Questions

You will need to follow the general enrollment process for GTCC.  During the advising process you will have the opportunity to indicate your desire to study within this curriculum. Your advisor will help you sign up for the specific courses you need.

Chad H. Phillips, Instructor
(336) 334-4822, ext. 53078
chphillips@gtcc.edu

Yes, Financial aid is available if you qualify. Please visit the Financial Aid web page or contact the Financial Aid office at 336-334-4822 Option 3.

Several universities in North Carolina offer transfer opportunities for graduates of our Electronics Engineering Technology degree program. These programs lead to bachelor’s degrees in technical fields like Electrical Engineering Technology and Industrial Technology. If you intend to transfer, it is important to work with your advisor at GTCC to maximize transfer credit and preparation for your upper-level coursework.

The Associate in Applied Science in Electronics Engineering Technology degree program emphasizes the theory and hands-on skills needed for technical employment in local industries. When you graduate from our two-year program, you are prepared to enter employment as an Electronics Engineering Technician.

The Associate in Engineering degree emphasizes mathematics and natural sciences. The two-year Engineering Transfer Program is preparation for another two years at an engineering school to earn a bachelor’s degree, which is generally required to enter the engineering profession.

The Mechatronics Engineering Technology program, here at GTCC, is based on some of the same fundamentals as the Electronics Engineering Technology degree program. Mechatronics places less emphasis on component-level work and focuses more on a system-level perspective. Also, mechatronics lacks coverage of topics like wireless communications and photonics. Mechatronics focuses on an automated manufacturing environment.

The Electrical Systems program, here at GTCC, is based on some of the same fundamentals as the Electronics Engineering Technology degree program. However, Electrical Systems focuses on the construction environment and the skills that are associated with the job of an electrician.

Meet with an advisor in the EET department before registering for your first term. If this is not possible, be aware of the following:

  1. You must take ELC131 in your first fall semester. This course is an important prerequisite for later courses. The two-year time frame for completion BEGINS with ELC131 in the fall semester.
  2. Get started on your required math and English courses immediately. Working through these courses will help you with your electronics and general education courses.

If you plan to transfer to a 4-year university, even if this is only a remote possibility, you should take the MAT171- MAT 172 sequence and PHY151.

If you are fairly certain that you will not be transferring, then MAT121-MAT122 and PHY131 will be adequate for completing the Electronics Engineering Technology degree program.

Transfer opportunities vary widely. Familiarize yourself with the degree requirements and transfer procedures at the institution you plan to transfer and discuss these requirements with your advisor at GTCC.