Principles Of Railway Control & Communication Irse Module C

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Principles Of Railway Control & Communication Irse Module C
Published 2/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 3h 18m | Size: 756 MB​

Principles of Railway Control & Communication Systems (Modules C) of the Advanced Diploma in Railway Control Engineering
What you'll learn
Fundamental requirements for signalling and telecommunication systems
The role of a telecommunications system during times of degraded working, to prevent or reduce the impacts of accidents and to allow efficient management after
Principles of different types of signalling
Principles of speed signalling
Principles of speed signalling
Principles of absolute block and permissive working
Principles of control of single line railways
Principles of moving block
Principles of Signalling Systems
Principles of signalling interlocking systems
Principles of train detection systems
Principles of cab signalling systems
Principles of transmission/radio based signalling
Principles of systems for protecting against trains passing signals at "danger",
Principles of automatic train operation (ATO)
Principles of signaller control equipment,
Layout risk assessment including the use of flank protection and other mitigations
The role of Control Centres
Principles of different types of railway crossings
Principles of safety apportionment between the signalling system, telecommunications system, traffic management layer, signallers, drivers and maintainers
Principle of reliability apportionment within the railway control and communications systems
Principles of safe operation during periods of failure of the signalling or telecommunications systems
General principles of safety in relation to the application of signalling principles
How signalling and telecommunication systems are tested to ensure they conform to their principles
Principles of telecommunication systems
How voice services are supported on a TCP/IP network
The key components and topologies of a radio network for railway communications (e.g. GSM-R, LTE or wifi)
Requirements
Basic Understanding of Railways
Description
Principles of Railway Control and Communication Systems (Module C of IRSE Professional Examination)Course OverviewThis comprehensive video course provides an in-depth understanding of the principles of railway control and communication systems. It covers the fundamental requirements of signalling and telecommunications, their integration with railway operations, and their role in ensuring safe, efficient, and reliable train movements.Designed for railway professionals, engineers, and students preparing for certification exams, this course explains key concepts using simple language, real-world examples, and practical demonstrations.What You Will LearnModule 1: Fundamentals of Railway Signalling & TelecommunicationsCore requirements for signalling and telecommunications systemsThe impact of traffic patterns, rolling stock, and infrastructure on signalling designRole of telecommunications during degraded operations and emergency managementModule 2: Principles of Railway SignallingRoute signalling and speed signalling conceptsAbsolute block, permissive working, and single-line control principlesMoving block and modern signalling advancementsModule 3: Signalling Systems and Safety ProtectionsTrain detection and interlocking systemsCab signalling and transmission-based signallingAutomatic train protection (ATP), train stop signals, and warning systemsAutomatic train operation (ATO) and different Grades of AutomationModule 4: Signaller Control & Traffic ManagementRole of control centres in railway operationsAutomatic route setting and traffic management systemsRisk assessment in track layouts, including flank protectionModule 5: Railway Crossings & Safety ApportionmentDifferent types of railway crossings and their control mechanismsSafety and reliability allocation between signalling, telecom, operators, and maintainersModule 6: Testing, Commissioning & Safe OperationsMethods for testing signalling and telecom systemsEnsuring safe operation during system failuresSafety considerations in signalling principles and human error minimizationModule 7: Railway Telecommunication SystemsTelecom services for signalling and train controlNetwork components, topologies, and transmission technologiesGSM-R, LTE, Wi-Fi, and voice communication systems in railwaysCybersecurity, network planning, and interference preventionModule 8: System Integration & Reliability PlanningInterfacing new systems with legacy and third-party systemsManaging electromagnetic compatibility and cybersecurity threatsConfiguring emergency call areas and ensuring radio coverage in tunnels and terminalsWho Should Take This Course?Railway signalling and telecom engineersOperations and safety professionals in the railway industryStudents preparing for railway control engineering certification examsProfessionals seeking to enhance their knowledge of modern railway systems
Who this course is for
Railway Signal Engineers
Railway Professionals
Signal Engineers
Railway Operation Managrs
Railway Infrastructure Developers
Transportation Policy Makers
Technology Enthusiasts
Students and Academics
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