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17 - TTC - Transportation and Traffic Control


TTC-ON 127 - Railway Metro Systems Design and Installation

Code Start Date Duration Venue Fees
TTC-ON 127 27 June 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 25 July 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 22 August 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 19 September 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 17 October 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 14 November 2021 5 Days Online $ 2450 Registration Form Link
TTC-ON 127 05 December 2021 5 Days Online $ 2450 Registration Form Link
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Course Description

Metro railways are becoming an increasingly attractive investment for governments all over the world. Design and construction of these systems is critical to the success of rail infrastructure. This course equip participants with the knowledge they need to design efficient, aesthetic and practical rail solutions for metro, passenger, freight and heavy haul as well as light rail, intermodal and associated facilities including stations.

Course Objectives

  • Presenting an overall summary of the construction methods
  • Understanding metro rail dynamics
  • Learning about soil-structure interaction
  • Discussing railway alignment design and geometry
  • Maintaining safe and efficient signal timing

Who Should Attend?

  • Maintenance and facilities staff
  • Engineers
  • Supervisors
  • Managers

Course Details/Schedule

Day 1

  • Summary of a route selection for metro/ rail systems 
  • General construction scenario 
  • Station construction 
  • Tunnel construction 
  • Staging areas 
  • Depot assessment and design criteria
  • Preconstruction 
  • Surveys and investigations

Day 2

  • Availability in metro systems 
  • Design requirements for metro, international standards 
  • Superstructures operation and maintenance 
  • Results interpretation
  • Metro / rail transit track geometry
  • Track structure design

Day 3

  • Infrastructure design and value engineering
  • Architectural aspect
  • Mechanical aspect
  • Electronical aspect
  • Focus on Operation Control Centre (OCC).

Day 4

  • Elevator and escalator systems
  • Fire protection system
  • Ventilation systems
  • Drainage systems and maintenance
  • Other electromechanically systems design and operation criteria

Day 5

  • Traffic signaling 
  • Operational design factors
  • Signal controller timing – timetables 
  • Signal coordination timing – failure and safety
  • Signal phasing 
  • SCADA systems