Electronic Engineering Technology


Agricultural Sciences | Academics | Family & Consumer Sciences

Dr. Domingo Uy, P.E.
Program Coordinator

The Electronic Engineering Technology Program offers a 4-year Bachelor of Science Degree. The 4-year BSEET Degree is the only one of its kind available in any of the middle Georgia colleges and universities. One advantage still enjoyed by the program at FVSU is small class sizes in technical courses. This provides students with the opportunity to receive individualized attention in their training. Recently, laboratory facilities and equipment for the program have been upgraded and modernized to provide relevant and practical experiences.

Accreditation: The Electronic Engineering Technology Program is accredited by the Engineering Technology Accreditation Commission (ETAC) of (ABET), www.abet.org.

Graduates of the Electronic Engineering Technology Program will be prepared for employment in a broad cross section of high-technology companies that produce or utilize electronic components and systems. Computers, automation in industry and at home, video and television, power generation and distribution, medicine, military defense and the expanding cellular communications system are but a few areas where EET graduates find positions.

Approximately 133 Semester Credit Hours are required to complete the program, sixty-nine credit hours of which are taken in mathematics, physics, humanities and social sciences and other requirements. The remaining credit hours are devoted to specialized courses in the electronics area. Among topics covered in the courses are basic and advanced circuit analysis; basic and advanced electronics; linear and digital integrated circuits; digital computers; communications circuits and systems; and microwave principles and applications. The curriculum also allows up to 13 hours for the study of special topics and projects of current interest, including practical industrial experience in electronics through the Cooperative Education Courses and summer internships or industrial employment.

Requirements for Admission to the program are high school diploma (or its equivalent) and acceptable SAT scores.

Starting Salaries for BSEET graduates range from $33,000 to $40,000 annually.


Fall 2013 Spring 2014 Fall 2014 Spring 2015 Fall 2015 Spring 2016
85 66 60 56 85 73

Number of Graduates in Academic Year 2012-2013, including Summer 2013:

Fall 2012 Spring 2013 Summer 2013 Total
2 7 2 11




Number of Graduates in Academic Year 2013-2014, including Summer 2014:

Fall 2013 Spring 2014 Summer 2014 Total
1 6 0 7




Fall 2014 Spring 2015 Summer 2015 Total
2 2 1 5

Number of Graduates in Academic Year 2015-2016, including Summer:

Fall 2015 Spring 2016 Summer 2016 Total
4 N/A N/A 4

FVSU EET Program Educational Objectives and Student Outcomes

  1. The Electronic Engineering Technology Program Educational ObjectivesThe EET faculty has established the Program Educational Objectives for the Bachelor of Science in Electronic Engineering Technology at FVSU, and they are given below. Graduates are prepared to be practicing Electronic Engineering Technologists with the following attributes:
    1. possess adequate technical knowledge in their discipline;
    2. have problem solving skills necessary to succeed as engineering technologies;
    3. have a well rounded general education background;
    4. have good oral and written communication skills;
    5. have awareness of professional ethics;
    6. have the ability for life-long learning; and
    7. have awareness of contemporary global issues and a commitment to continuous improvement.
  2. The Electronic Engineering Technology Student Outcomes In order to achieve the EET Program Educational Objectives, the EET faculty has established the Student Outcomes for the Bachelor of Science in Electronic Engineering Technology at FVSU, and they are given below. Students at the time of graduation will have:
    1. an appropriate mastery of terminology, definitions, and laws related to analog and digital electrical and electronic circuits and systems;
    2. an appropriate mastery of the principles of operation of semiconductor devices, electronics circuits, and techniques to analyze such circuits;
    3. an appropriate mastery of the fundamentals of Boolean algebra, logic gates, combinational and sequential logic circuits and basic architecture of microprocessor system;
    4. an appropriate mastery of the fundamentals of electromagnetic phenomena and their use in understanding wave propagation in transmission lines, and electromagnetic radiation;
    5. an ability to analyze and solve analog and digital circuits;
    6. an ability to apply creativity in designing analog and digital circuits;
    7. an ability to conduct experiments using general purpose lab equipment for measurement, data collection, and interpretation of data;
    8. an ability to use modern software tools for circuit analysis and for report writing;
    9. an ability to communicate effectively both in report writing and oral presentation;
    10. an ability to function effectively in team activities;
    11. an ability to understand Engineering Code of Ethics and solve ethical problems that may arise in the practice of the profession;
    12. an ability to recognize the need for lifelong learning;
    13. an awareness of cultural diversity, societal and global issues; and
    14. an awareness for commitment to quality, timeliness, and continuous improvement.

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