The academic content and curriculum of the Electronic Communication Technology Associate Degree Program is based on transferring the basic principles of electronics and communication systems and practical knowledge to students. The program usually covers a two-year training period and aims to prepare students for the sector with various courses.
Basic Electronics and Circuit Theory: These courses cover the electronic circuit elements that form the basis of electronic communication systems, circuit analysis and design. Students learn the working principles of basic components such as resistors, capacitors, diodes, transistors and how to build simple circuits with these components.
Digital Electronics and Microprocessors: The fundamentals of digital systems, logic gates, digital circuit design and microprocessor architectures are the focus of these courses. Students learn how microprocessors are used in digital data processing and control systems.
Analog and Digital Communication: These courses cover topics such as transmission of analog and digital signals, modulation techniques, frequency and time domain analysis. Students gain an understanding of the basic principles of communication systems and various communication technologies.
Network Technologies and Protocols: Basic concepts of network installation, management and security, wireless and wired network technologies, internet protocols and network security are among the main topics of these courses.
Electronic Circuit Design and Applications: Students design electronic circuits for real-world problems. This course reinforces theoretical knowledge with practical applications.
Communication Systems Laboratory: Laboratory studies provide students with the opportunity to apply the knowledge gained in theoretical courses in practice. They work on realistic scenarios using experimental setups, test equipment and simulation tools.
Projects and Graduation Studies: At the end of the program, students design and develop independent or group projects using the knowledge and skills they have acquired. These projects allow students to demonstrate their problem solving skills and technical knowledge.
The curriculum is designed to enable students to acquire the necessary theoretical knowledge and practical skills in the field of electronics and communication technologies. The program is regularly updated to adapt to technological developments in the sector, so that graduates have the skills to meet the changing needs of the industry.