Sensory sensitivity wayfinding for complex public transport hubs
This project will explore how digital navigation tools can better support people with sensory sensitivities when navigating complex public transport hubs.

Overviews, progress reports, and general info for research and development projects carried out by iMOVE and its partners, in the areas of: Intelligent Transport Systems, Freight and Logistics, and Personal and Public Mobility.
This project will explore how digital navigation tools can better support people with sensory sensitivities when navigating complex public transport hubs.
This project will look to quantify the benefit of the Australian adoption of eCall, a life-saving technology aimed at reducing emergency response times, enabling autonomous contact with emergency services.
Overview and final report of the completed project, “Large Animal Activated Roadside Monitoring and Alert System”. Also recommendations for additional research.
This project builds upon the earlier iMOVE project, Mapping WA’s circular economy Stage 1: Achieving Net Zero, this time focusing on transport infrastructure.
This R&D project will develop a pathway towards on-road trials and commercial deployment of AV road freight in Western Australia.
Outcomes from the trial of a Level 4 capable autonomous vehicle on public streets in and around the University of Sydney.
An evaluation of C-ITS for the provision of location services in Global Navigation Satellite System (GNSS)-denied tunnel environments.
Outcomes from the trial of a Level 4 capable autonomous vehicle on public streets in and around the University of Sydney.
This project investigated the most effective traffic control measures to reduce the frequency/occurrence/severity of injuries at end of queue roadwork sites.
Establishment of operational perspectives on transport equity and reduce car dependency in Western Sydney plus recommend how to address these issues.
This project leverages AI-driven video analytics to improve safety and efficiency for vulnerable road users at Melbourne intersections.
Aeroperm performs more work and rejects up to 97% less heat than electric steel in the stator cores of motors, including those used in electric vehicles.
An exploration of future-proofing strategies for alternative fuels, integrated with circular economy principles, at the Port of Mackay and its associated infrastructure.
An overview of the completed “Working from home: Changes in transport demand in Perth” project, including downloadable final reports.
Modelling current and projected thermal conditions across Perth’s paths to facilitate people to use active transport as part of their everyday journeys.
This project will evaluate the impact and effectiveness of active transport initiatives introduced during temporary transport plans (such as rail closure).