Track geometry is a critical aspect of railway infrastructure, ensuring safe and efficient train operations. This course will provide a comprehensive understanding of track geometry principles, standards, and practices. Participants will gain knowledge of track construction, maintenance requirements, and the identification and correction of track geometry faults. By the end of this course, participants will be equipped with the skills and knowledge necessary to contribute effectively to the maintenance and management of railway tracks.
- To familiarize participants with the Network Rail Standards, Specifications, and Track work instructions related to track geometry.
- To provide a clear understanding of track construction, maintenance requirements, and the geometrical tolerances associated with Plain Line and S&C.
- To equip participants with the ability to identify and measure track geometry faults and apply appropriate methods and techniques for restoring track geometry.
Day 1: Introduction to Switch and Crossing Inspection
- Introduction to track geometry concepts and principles.
- Overview of Network Rail standards and specifications.
- Track construction methods and materials.
- Geometrical tolerances for Plain Line and S&C.
- Exercise: Track geometry terminology and standards quiz.
Day 2: Track Geometry Measurement
- Track geometry measurement equipment and techniques.
- Use of theodolite and level for track alignment and elevation checks.
- Use of track geometry measuring trains.
- Data analysis and interpretation.
- Exercise: Practical session on using track geometry measurement equipment.
Day 3: Track Geometry Fault
- Identification of common track geometry faults.
- Causes and effects of track geometry faults.
- Impact of track geometry faults on train operations.
- Exercise: Case studies on track geometry fault analysis.
Day 4: Tract Geometry Correction
- Track geometry correction methods and techniques.
- Tamping and ballast regulation.
- Rail grinding and profiling.
- Track realignment and resurfacing.
- Exercise: Simulation of track geometry correction techniques.
Day 5: Track Geometry Monitoring and Maintenance
- Track geometry monitoring systems and practices.
- Track maintenance planning and scheduling.
- Track inspection and reporting.
- Continuous improvement in track geometry management.
- Exercise: Development of a track geometry maintenance plan.
- This course is intended for instructors in the railway sector who are responsible for training personnel on switch and crossing inspection procedures.
- Track maintenance personnel
- Track engineers
- Track inspectors
- Railway operations staff