CTS enters partnership to improve Melbourne’s traffic flow

Cubic Transportation Systems (CTS) has entered an R&D agreement with the iMove Cooperative Research Centre to improve traffic flows in Melbourne, Australia. The $55m government-funded project will consider the interaction of all transport modes to identify blockages in the management of an integrated multi-modal system. The two-year initiative - called the Implementation of a Multimodal Situational Awareness and Operations Regime Evaluation Platform – sees CTS collaborating with the University of Melbou
June 18, 2018 Read time: 2 mins
378 Cubic Transportation Systems (CTS) has entered an R&D agreement with the iMove Cooperative Research Centre to improve traffic flows in Melbourne, Australia. The $55m government-funded project will consider the interaction of all transport modes to identify blockages in the management of an integrated multi-modal system.


The two-year initiative - called the Implementation of a Multimodal Situational Awareness and Operations Regime Evaluation Platform – sees CTS collaborating with the University of Melbourne, Public Transport Victoria, VicRoads and the Transport Accident Commission.

The Australian Integrated Multimodal Eco System (AIMES) at the University of Melbourne provides the data infrastructure behind the project. Cubic’s Transportation Management Platform will be used as the main integration hub.

AIMES is a transport test bed area that comprises 100km of Melbourne roads on the fringes of the central business district. The area will feature up to 1,000 sensors that collect data on vehicle and pedestrian movement and public transport use.

The iMove Cooperative Research Centre is a consortium of 44 industry, government and research partners that are working together to improve Australia’s transportation systems through collaborative R&D projects.

Urban Traffic Control

For more information on companies in this article

Related Content

  • All aboard Australia’s newest electric bus
    July 8, 2015
    Working in partnership with BusTech, Swinburne University of Technology has helped develop the first electric bus to be designed, engineered and manufactured in Australia. The first concept demonstrator bus was unveiled at the Maintenance Conference and Bus Expo in Melbourne. According to Pro vice-chancellor, International Research Engagement, Professor Ajay Kapoor, the research and development has involved solving the challenges of integrating electric vehicle technologies using computer-aided engi
    Read More
  • A world first demonstration of C-ITS in Melbourne
    September 23, 2016
    Melbourne is to host a world first demonstration of Cooperative Intelligent Transport Systems (C-ITS) during the 23rd World Congress on Intelligent Transport Systems, 10-14 October. For the first time, multiple devices from multiple suppliers will come together to talk to live traffic signals on a major street in the heart of Melbourne, to showcase interoperability of V2V and V2X at live intersections. World Congress demonstration partners - CO-GISTICS, Cohda Wireless, Kapsch, NXP, Q-Free and Robert
    Read More
  • Real time active traffic management improves travel times
    July 17, 2012
    Traffic management centres (TMC) have traditionally served to provide surveillance and responses to traffic incidents and recurring and non-recurring changes in road networks. Typically, a TMC collected field data from the roadway and transit infrastructure and provided the integration necessary for operators to see what was happening and then coordinate a response. Standard operating procedures (SOPs) guided operators on how to respond to a given situation. It eventually became impractical for TMC operat
    Read More
  • How ITS helped Coachella get its groove back
    November 15, 2024
    California’s Coachella Valley attracts visitors to myriad music and sports events. But now an ambitious traffic management initiative aims to cut travel times and reduce emissions. Adam Hill talks to the engineers involved in the massive CV Sync project
    Read More

Highlighted Content