Environmental impacts of Connected and Automated Vehicles
This project will investigate the environmental impacts of the transition from conventional vehicles to Connected and Automated Vehicles in Australia.

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 investigate the environmental impacts of the transition from conventional vehicles to Connected and Automated Vehicles in Australia.
The study will update and improve the evidence base available to NSW, QLD, and VIC governments for bulk grain production/movements on the east coast.
Development of an automated carriage changeout system, eliminating the need for workers to enter and isolate the conveyor for carriage-related maintenance.
An overview of the completed project ‘Improving worker safety on the M1 Motorway’, including a copy of the project’s final report.
This research will examine why people in Perth use electric rideable devices (micromobility), specifically use of their own devices rather than shared devices.
This project will define the last kilometre freight challenges and opportunities in Perth/Peel, specifically focusing on the food and beverage sector.
This project will develop a centralised trip/parking generation database that can also facilitate the design, implementation, and validation of Green Travel Plans.
Development of a framework to model benefits of cycling infrastructure investments and design a prioritisation tool to generate evidence and compare benefits.
This project will develop a prototype Uncrewed Air System (UAS) for long-range delivery of packages in Australia.
This project will develop guidance materials for CAV and public transport developers/operators to ensure people with disability are considered in design/implementation.
The intent of this project is to better understand active travel demand – people’s choices to use active travel, trip purposes, and their route choices.
This project will test and improve the cost and policy settings of the National Variable Pricing Matrix for community transport providers to ensure sustainability.
This project will investigate & develop solutions for sustainable repurposing of used batteries from electric vehicles (EV), including mining trucks, buses, & cars.
This project will develop a Simulink model of the Stralis A36-HE Bonanza aircraft and hydrogen electric propulsion system (HEPS).
A wrap-up of the our completed project ‘MaaS blueprint design for regional towns and rural hinterlands’ along with all the final report documents.
Development and deployment of a proof of concept Real-Time Decision Support Tool for the Mitchell Smart Freeway (Southbound).