A lecture on the topic “Microprocessor-Based Dispatcher Control System for Train Movement (DC-QZ)” was delivered to 3rd-year students of the Department of Automation and Control at the Institute of Energy and Digital Technologies.
The lecture was conducted by Beisenbekov A.B., Senior Electromechanic of signaling and communication (SCB) at RCUP-2 of the Almaty Signaling and Communication Distance (ShCh-33). During the session, students were provided with a comprehensive explanation of the operating principles of the DC-QZ microprocessor system, which is one of the modern railway automation and telemechanics systems.
Key aspects covered included centralized train traffic control, dispatcher monitoring, data processing and transmission, as well as the system’s role in ensuring safety and reliability. In addition, real-world examples from industrial practice were presented, and specific features of system operation were discussed.
Such practice-oriented lectures enhance students’ professional competencies, help integrate theoretical knowledge with practical experience, and foster interest in their future careers.
This lecture aligns with Sustainable Development Goal 12 — Responsible Consumption and Production.
