The academic content and curriculum of the Bachelor of Science in Electrical and Electronics Engineering is designed to provide students with both theoretical and practical skills. The program usually lasts four years and covers basic sciences, engineering fundamentals, specialization courses and applied projects.
The first years of the program focus on basic sciences such as mathematics and physics. These courses are critical for developing the skills to analyze and solve engineering problems. In addition, basic computer science and programming courses are also offered during this period. These courses provide students with basic skills in algorithm development and coding.
From the second year onwards, students are introduced to the basic subjects of electrical and electronic engineering. This stage includes courses such as electrical circuit theory, electronic circuits, signals and systems, electromagnetic field theory. These courses provide students with the opportunity to understand the basic principles and functioning of electrical and electronic systems.
In the third and fourth years, students move on to more advanced topics and applications. During this period, they gain in-depth knowledge in areas such as digital system design, microelectronics, control systems, power electronics, telecommunication systems. Students reinforce the theoretical knowledge they acquire in these courses with practical applications through laboratory studies and projects.
Elective courses offer students the opportunity to specialize according to their interests. These courses may include contemporary and innovative topics such as artificial intelligence, robotics, optoelectronics, biomedical electronics and sustainable energy. By taking these elective courses, students can gain in-depth knowledge in areas that match their career goals.
In addition to the academic curriculum, internships and industry collaboration projects are an important part of the program for students to gain real-world experience. These experiences allow students to see applications in industry and develop their engineering skills in practical settings.
Finally, the Bachelor's Degree Program in Electrical and Electronics Engineering provides students with a broad perspective and a solid technical background, preparing graduates for a successful career in the ever-evolving world of technology. By offering a balanced combination of theoretical knowledge and practical experience, this program aims to train competent individuals who can produce innovative and effective solutions in the field of engineering.