System Rail
Understanding the complex railway system is essential for people working in the rail industry. Our trainings in this area cover the key characteristics of rail systems and provide an overview of the dependencies between the various elements that make up a safe and efficient railroad. Topics range from key elements and subsystems such as operations, production planning, infrastructure, rolling stock and environment, to interoperability and intermodality.
Learn about the characteristics and benefits of rail transportation systems and the stakeholders within a railway and their contribution to its success. Improve your awareness for the importance of economic efficiency and safety of the system rail.
Learn about the characteristics and benefits of rail transportation systems and the stakeholders within a railway and their contribution to its success. Improve your awareness for the importance of economic efficiency and safety of the system rail.
Photo Credit: Deutsche Bahn AG
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RAMS (Reliability, Availability, Maintainability, Safety) is a decision-making key factor in railway business to improve the operational effectiveness.
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Optimize processes and professionalize your management system. Familiarize yourself with the basics of process management and setting up a modern integrated management system.
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Discover modern methods and instruments to optimize processes and professionalize your management system.
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This course includes all aspects of the design, operation and maintenance of the bogie, the wheelsets and their components for metros, freight, commuter and high-speed trains.
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The objective is to understand key principles of railway operations and important interrelationships and dependencies to be able to move railway vehicles efficiently and safely.
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The objective is to enhance your know-how of planning a railway system, compiling a timetable and managing capacity for a safe and successful railway operation.
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The objective is to understand principal signaling infrastructure elements and their relation to rail traffic to improve signaling quality, efficiency and safety.
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This course explains the design, development and components of rail systems sharpening your awareness for possible factors and interactions influencing system performance.
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Understanding Rail System Engineering fundamentals helps to evaluate the impact of human performance on system performance and recognize the importance of reliability engineering.
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Well-maintained rolling stock and modern vehicle technology make it possible to travel more safely while at the same time increasing reliability and reducing costs.
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This course helps you to understand the technical complexities and importance of reliability and maintainability of rolling stock to find sustainable rail solutions.
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Put safety first. Develop a good understanding of the relevant EU directives and EU regulations for a Safety Management System (SMS) and an Entity in Charge of Maintenance (ECM).
Description
RAMS (Reliability, Availability, Maintainability, Safety) is a decision-making key factor in railway business to improve the operational effectiveness.
Description
RAMS (Reliability, Availability, Maintainability, Safety) is a decision-making key factor in railway business to improve the operational effectiveness.
Description
This course includes all aspects of the design, operation and maintenance of the bogie, the wheelsets and their components for metros, freight, commuter and high-speed trains.