All Lanes Running/Hard Shoulder Running Webinar

Start Date:

-

Summary:

In September 2014, a group of ITE delegates traveled to England in the United Kingdom on a study tour to learn about England's Highways Agency's technology initiatives, advances, and multimodal infrastructure. This webinar will discuss the all lanes running (ALR) concept implemented on a 117 -mile motorway, the M25 that encircles greater London. ALR combines technology with the conversion of hard shoulder to a permanent running lane to reduce congestion, ease traffic flow, and improve the reliability of motorists' journey. The second part of the webinar will cover experiences in the United States with hard shoulder running during the peak period, as well as research sponsored by the Federal Highway Administration.

Learning Objectives:

  • Identify how to use and operate shoulder as a travel lane during peak hours.
  • Understand the operational aspects and benefits of Smart Motorways use of All Running Lanes. (ALR)
  • Discuss Active Traffic Management (ATM) strategies being implemented together with hard shoulder running on a congested corridor.

Cost:

$125.00

Course Credit:

1.5 PDH

Instructors:

Paul Unwin, Senior Project Manager, Highways Agency, Birmingham, England, UK;Jeffrey A. Lindley,P.E., Associate Administrator for Operations, Federal Highway Administration, Washington, DC, USA; Dean H. Gustafson, P.E., PTOE, State Operations Engineer, VDOT, Richmond, VA, USA and Randy Dittberner, P.E., PTOE, VDOT, Fairfax, VA, USA

Event Type:

Webinar

Organizational Capability Element:

    Project Development
    Performance Management
    Planning
    Evaluation of Operations Strategies
    Performance Measurement
    Standards and Interoperability
    Project Systems Engineering
    Traveler Information
    Traffic Incident Management
    Arterial Traffic Control Device Operations
    Active Traffic Management/Travel Demand Management/Pricing
    Technical Understanding
    Program Status/Authorities
    Education, Training & Professional Activities
    Public safety agency collaboration

Operations Area of Practice:

    Active Traffic Management (ATM)
    Travel Demand Management
    Transit Operations
    Systems engineering
    Performance Management
    Standards and Specifications
    Organizational Models
    Planning for Operations
    Adaptation / Resiliency of the Transportation Network
    Complete Streets / Context Sensitive Solutions

Role in Organization:

Transportation Planner
Public
Senior Engineer
Researcher/Academic
Principal Engineer
Director / Program Manager
Technician
CEO / GM / Commissioner
Engineer
Operator
Transit Professional
Associate Engineer
Media / PIO