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Designing for Transportation Management and Operations: A Primer

Overview

This primer is focused on designing for operations; i.e., the collaborative and systematic consideration of TSM&O during transportation project design and development. Effectively designing for operations involves the development and application of design policies, procedures, and strategies that support transportation management and operations.

Successful integration of TSM&O considerations into the design process means that:
 

  • Roadway and transit system infrastructure is designed to facilitate the needs of day-to-day system management and operations and meet transportation system performance targets for efficiency, reliability, travel options, and safety.
  • ITS deployments are designed using systems engineering, and existing and future operational uses of ITS are incorporated into transportation facility design.   
  • Operational strategies are considered as credible alternatives to infrastructure expansion during project design.
  • The relatively low-cost, high-impact, and flexible nature (i.e., scalable to changing demands) of TSM&O strategies makes them attractive deployment options.

Advantages of incorporating operations into traditional design processes include:
 

  • Increasing the benefits derived from a given infrastructure investment.
  • Designing a safer facility for users, emergency responders, maintenance staff, and other operators.
  • Designing for future work zones so that road users experience less interruption.
  • Reducing the costs for future operational and ITS deployments.
  • Reducing congestion and improving travel time reliability.

The primer specifically addresses policies and procedures associated with designing for operations, a toolbox of specific design considerations to support TSM&O strategies, and examples of effective strategies in practice.

Source Organization Location

Washington
,
DC

Operations Area of Practice

    Pricing / Toll Roads
    Corridor and Arterial Traffic Management
    Active Traffic Management (ATM)
    Roadway Geometric Design
    Freeway Management
    Interagency Agreements / Cooperation / MOUs
    Work Zone Management
    Traffic Incident Management
    Emergency Transportation Operations
    Freight Management
    Freight Technology and Operations

Organizational Capability Element

    Project Development
    Freeway Operations
    Freight Management Operations
    Traffic Incident Management
    Work Zone Management
    Emergency Transportation Operations
    Roadway Geometric Design
    Arterial Traffic Control Device Operations
    Active Traffic Management/Travel Demand Management/Pricing
    Local government/MPO/RTPA cooperation

Content Type

Informational Product

Role in Organization

Senior Engineer
Principal Engineer
Director / Program Manager
Engineer
Senior Manager

Publishing Organization

FHWA

Maturity Level of Program

Monitoring (L4)
Deployment (L3)
Assessment (L1)
Development (L2)

Objective

Learning
How-To
Available Tools

Document Downloads

Prime Contractor
SAIC (Gannett Fleming)
Author
Jennifer Atkinson,
Jocelyn Bauer,
Kevin Hunt,
Keith Mulliins, and
Eric Rensel
TOM Chapters
20.2
20.4
15.1
15.4
24.1
20.1
View Related
Issue Date
Publication Number
FHWA-HOP-13-013