The academic content and curriculum of the Rail Systems Electrical and Electronics Associate Degree Program aims to provide students with comprehensive knowledge and skills about the electrical and electronic equipment used in rail transportation systems. This program includes the theoretical knowledge and practical applications necessary for an in-depth understanding of the electrical and electronic aspects of rail systems.
The curriculum usually includes the following main courses and topics:
Electrical Fundamentals: This course covers the fundamental concepts of electrical engineering, basic electrical circuit theories, electrical measurement techniques and basic electronic components. Students are taught basic concepts such as electric current, voltage, resistance and power.
Electronics: Fundamentals of electronic circuits, semiconductor devices, analog and digital electronics are covered. Students learn how various electronic circuit elements work and how they are used in rail systems.
Electrical Machines and Drives: This course covers electric motors and drives commonly used in rail systems. Topics such as asynchronous motors, synchronous motors and their control techniques are emphasized.
Control Systems: In this area, the fundamentals of automatic control systems, control theory and their applications in rail systems are covered. Students learn about system dynamics and control loops.
Signaling and Communication Systems: Signaling and communication systems, which are vital for the safe and efficient operation of rail systems, are the main topics of this course. Topics such as train control systems, signaling technologies and emergency communication systems are covered.
Power Electronics and Distribution: This course covers topics related to the distribution and control of electrical energy in rail systems. Power electronics components, energy conversion techniques and energy management systems are emphasized.
Practical Applications and Laboratory Studies: Laboratory courses, where theoretical knowledge is put into practice, offer students the opportunity to experience real-world applications. In these courses, students reinforce the theoretical knowledge they learn in lectures by applying it on real devices and systems.
Internship and Project Studies: As part of the program, students are offered internship and project development opportunities in the industry. This gives students experience of working in the rail system sector and increases their chances of finding a job after graduation.
This curriculum provides students with comprehensive knowledge and skills in the electrical and electronic aspects of rail systems, enabling them to work as qualified technical staff needed in the sector. The program makes students competent both theoretically and practically in the fields of maintenance, repair and operation of electrical and electronic equipment of rail transport systems.