The Electrical and Electronics Engineering undergraduate program is a 4-year program consisting of 8 semesters, each worth 30 ECTS, equal to a total of 240 ECTS. 20% of the courses given in the department are basic science, 16% are general culture, 44% are Basic Electrical and Electronics Engineering, and the remaining 20% ​​are specialized courses. In the program, undergraduate students start to get used to the program with basic science courses such as Physics, Chemistry, and Mathematics in the first year, as well as a few courses that form the basis of Electrical and Electronics Engineering. In the second year, they take vocational courses in addition to engineering formation courses such as Differential Equations and Linear Algebra. Students who complete learning the basics of Electrical and Electronics Engineering in the third year, focus on the field they will work on in the fourth year by choosing courses related to the field they will work on in the future (Electrical, Electronics, Circuits and Systems, Signal Processing, Control, Electromagnetic fields, and microwave). At the end of the fourth year, students who successfully defend their undergraduate thesis graduate from the program with the title of Electrical and Electronics Engineer.

The Department of Electrical and Electronics Engineering was established to provide a high-quality program for students to follow and learn the latest technologies and to participate in applied and theoretical research. The undergraduate program was prepared in accordance with the common education strategy and the understanding of gaining experience through practice. Thus, it will be possible to easily adapt to new trends in technology. The program primarily includes the fields of Energy Systems, Electronics, Communication, Antenna and Microwave Techniques, Control Systems and Signal Processing. For this reason, it is aimed to provide students with the skills to apply mathematics, basic sciences and engineering knowledge to Electrical and Electronics engineering problems, understand different areas of Electrical and Electronics Engineering, specialize in at least one specialized area of ​​Electrical and Electronics Engineering and participate in creative and integrative design activities.

The most commonly used education and training methods in the programs at Bayburt University are given below. The programs use most of the methods listed in this list according to their goals and objectives. The education and training methods used by the Department of Electrical and Electronics Engineering throughout the program to achieve the targeted program learning outcomes are listed in the “program learning outcomes” section, and the methods related to a course in the program are listed in the “course introduction and application information” section. Examples of Education and Training Methods Used;

Education and research activities are carried out by 3 Faculty Members and 1 Research Assistant in the Department of Electrical and Electronics Engineering. There are 7 departments in the department:

Graduates of the Electrical-Electronics Engineering Department have job opportunities in the fields of electrical energy production, transmission, distribution and management, electronic devices, nanotechnology - micromechanics, system modeling, information technologies, robots, control, telecommunications, lighting interior installations and projects, optics, defense and security, etc.