The academic content and curriculum of the Control and Automation Technology Associate Degree Program is designed to provide students with the theoretical knowledge and practical skills required in the field of control and automation technology. The program generally includes basic sciences, engineering principles, technical courses and applied laboratory studies.
Basic Sciences and Mathematics: Students take basic science courses such as physics and chemistry, as well as courses that include advanced mathematics topics. These courses help students develop their ability to analyze and solve engineering problems.
Fundamentals of Electricity and Electronics: Courses in this area cover topics such as electrical circuits, electronic components, microprocessors and digital logic circuits. Students learn how electrical and electronic systems work, how they are designed and how to repair them.
Control Systems: Topics such as automatic control theory, PID controllers, time and frequency domain analysis are covered in these courses. Students learn how to control systems, how to ensure stability and how to optimize performance.
Automation Systems: These courses cover automation technologies such as programmable logic controllers (PLC), industrial robots, sensors and actuators, industrial communication and networking systems. Students gain knowledge and skills in the design, installation and maintenance of automation systems.
Laboratory and Practice: In addition to theoretical lectures, students work in laboratories on equipment that simulates real-world scenarios. This hands-on training gives students experience in the assembly, programming, operation and maintenance of industrial systems.
Vocational and Technical Elective Courses: Students can choose from a variety of elective courses according to their interests and career goals. These courses often include topics such as specialized technologies, advanced control systems, specific applications of automation or industrial business management.
Internship and Field Training: As part of the program, students gain real-world experience through internships in industrial settings. This gives students the opportunity to familiarize themselves with the technologies and business practices in the industry and makes it easier for them to find a job after graduation.
The program is continuously updated in line with industry trends and technological advancements to provide a strong foundation in control and automation technology and prepare graduates for the labor market. Upon completion of this program, students are equipped with valuable skills and knowledge for a variety of positions in industry.