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E – 1621 Mitigating Traffic Congestion through Managing Demand

$75.00

This online engineering PDH course articulates a framework for managing demand to improve the performance and ef¬ficiency of transportation systems. The framework consists of three elements: demand-side strategies, travel choices, and application settings. An illustration of the framework might be a large urban hospital (the application setting) which causes traffic congestion when employees’ work shift ends. Introduction of flextime for the employees (a demand-side strategy) would cause employees to alter their travel departure times (affect their travel choices), thus lessening congestion. The course describes dozens of strategies and shows how they can affect a wide array of travel choices in many different application settings. Numerous real-life examples are given.

This course is based on the Federal Highway Administration document, “Mitigating Traffic Congestion, The Role of Demand-Side Strategies” written by The Association for Commuter Transportation, et al, in partnership with the FHWA, October, 2004.

SKU: E - 1621 Categories: , ,

Description

This online engineering PDH course articulates a framework for managing demand to improve the performance and ef¬ficiency of transportation systems. The framework consists of three elements: demand-side strategies, travel choices, and application settings. An illustration of the framework might be a large urban hospital (the application setting) which causes traffic congestion when employees’ work shift ends. Introduction of flextime for the employees (a demand-side strategy) would cause employees to alter their travel departure times (affect their travel choices), thus lessening congestion. The course describes dozens of strategies and shows how they can affect a wide array of travel choices in many different application settings. Numerous real-life examples are given.

This course is based on the Federal Highway Administration document, “Mitigating Traffic Congestion, The Role of Demand-Side Strategies” written by The Association for Commuter Transportation, et al, in partnership with the FHWA, October, 2004.

  • Demand-side strategies
  • Mode choices
  • Departure-time choices
  • Route choices
  • Trip reduction choices
  • Origin/destination location choices
  • Applications
  • Summary of case study experience

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