Skip to main content

Hawai'i Uni to improve Honolulu traffic corridor

Students will spend four years analysing opportunities for C/AV technologies
By Ben Spencer August 10, 2020 Read time: 2 mins
A signal device at the intersection of Atkinson Drive and Ala Moana Park Drive (image credit: University of Hawaiʻi)

The University of Hawaiʻi (UH) at Mānoa College of Engineering is leading a collaboration to upgrade a traffic signal control system in the city of Honolulu.

The system will utilise Vehicle to Everything (V2X) technology and include signal devices installed at more than 30 intersections along Nimitz Highway and Ala Moana Boulevard.

Researchers will collect data on the amount and type of vehicles moving through the area so that the public can receive alerts and information on potential impacts along the corridor via the TravelSafely app. 

Professor David Ma of Mānoa College says university students and faculty will conduct research on sensor data analytics to help the system operate at full potential.

“Not only will this project create a smart transportation corridor in the heart of downtown Honolulu, it also serves to show the state UH’s commitment both to high-tech applications and to a safer, more efficient transportation system for Hawaiʻi,” Ma adds. 

The project stems from an agreement with Econolite, the State Hawai’i Department of Transportation (HDoT) and the Federal Highway Administration.

Econolite has provided all hardware and software upgrades for the system, as well as making a donation to help UH develop an advanced traffic engineering lab.

It will include advanced traffic control, management and detection devices as well as a modern video wall for data visualisation. 

According to Ma: “The lab will become a mini traffic management centre that enables UH researchers to analyse traffic data in real-time and help HDoT staff make necessary adjustments to optimise the performance of the traffic system.”

Guohui Zhang, a civil engineering associate professor in transportation engineering, says students at the lab will have “hands-on experience” with traffic technology and will be better trained as future traffic engineers. 

For more information on companies in this article

Related Content

  • Rekor to unveil AI-driven vision for smarter transport
    July 29, 2025

    Rekor will spotlight its bold vision for the future of intelligent transport at this year’s ITS World Congress, built on AI-driven insights, scalable solutions, and hardware-light deployment models.

    Leading the announcements is Rekor’s landmark statewide contract with the Texas Department of Transportation — a major validation of the Rekor Command platform’s ability to unify, analyse, and act on transport data at scale.

  • USDoT pilots show win-win potential for connected vehicles
    December 19, 2017
    Pete Goldin discovers the state of play with connected vehicles trials in the US and the impact of Hurricane Irma on Tampa’s pilot. The US Department of Transportation’s (USDoT’s) connected vehicle (CV) pilot sites have moved into phase 2 of the deployment programme– design, build, test and, maybe most importantly, collaborate.
  • Partially automated cars ‘provide financial and safety benefits’
    July 19, 2016
    Carnegie Mellon College of Engineering researchers in the US have concluded that the public could derive economic and social benefits today if safety-oriented, partially automated vehicle technologies were deployed in all cars. The researchers examined forward collision warning, lane departure warning and blind spot monitoring systems. These technologies can include partially autonomous braking or controls to help vehicles avoid crashes. Chris T. Hendrickson, director of the Carnegie Mellon Traffic21 In
  • International Road Safety Awards: the winners
    March 4, 2019
    Road accidents are a major blight on the world’s highways - but some companies are attempting to stem the tide. David Arminas reports on the annual Prince Michael International Road Safety Awards