The academic content of the Electrical Associate Degree program is designed to provide students with the knowledge and skills required in the electrical industry by focusing on basic sciences, engineering principles and technical applications. The program usually includes theoretical lectures, practical laboratory work and sometimes field visits over a two-year study period. Below are the courses and topics included in the curriculum of a typical Electrical Associate Degree program.
Basic Sciences and Mathematics: These courses focus on basic sciences such as physics and mathematics and provide students with the ability to perform calculations and understand phenomena related to electricity. It covers topics such as basic algorithms, differential equations, statistics and probability theory, electrical circuits and magnetism.
Electrical Circuits: Fundamentals of electrical circuits, circuit analysis techniques, Ohm's and Kirchhoff's laws, AC/DC circuits, and basic electronic components such as transistors.
Digital Electronics: Students learn how digital logic circuits, microprocessors, microcontrollers, microcontrollers and other digital systems work and are designed. In addition, students learn about programming languages and microprocessor programming techniques.
Power Electronics and Machines: Focuses on the design and operation of electrical machines such as electric motors, generators, transformers and power electronic components. Energy systems, motor control techniques and power systems analysis are covered in this course.
Automation and Control Systems: Covers topics such as industrial automation, control systems, PLC programming and sensor technologies. These courses familiarize students with designing and implementing automated control systems.
Laboratory and Applications: Putting theoretical knowledge into practice, laboratory studies provide students with the opportunity to solve real-world problems and organize experiments. This includes skills such as circuit design, assembly and testing, measurement techniques and failure analysis.
Vocational and Technical Elective Courses: Students can gain in-depth knowledge in areas such as energy management, renewable energy sources, high voltage techniques according to their interests.
Internship Some programs require students to do internships to gain experience in the industry. This gives students practical experience in their field and makes it easier for them to find a job when they graduate.
Throughout the program, students develop skills such as analytical thinking, problem solving, teamwork and technical communication. Graduates can find jobs in various industries as electrical technicians or have the option to continue their education in more advanced fields such as engineering.