The University of Southern Queensland (UniSQ) has received significant funding for three innovative research projects aimed at addressing critical challenges in wastewater management, waste transport logistics, and advancements in space technology. This funding comes through the sixth round of the Australian Government’s National Industry PhD Program, which promotes collaboration between researchers and industry partners to tackle real-world issues.
Dr. Sreeni Chadalavada will lead a project in partnership with the Toowoomba Regional Council (TRC) to create a new strategy for predicting and managing the effects of climate change on the city’s sewer system. “As climate change and population growth put increasing pressure on regional sewer systems, our infrastructure is struggling to keep up,” Dr. Chadalavada noted. He emphasized that factors such as droughts, soil movement, and ageing infrastructure have led to cracks and leaks that allow tree roots and groundwater to infiltrate the sewer network.
The project aims to develop a model that incorporates sensors, cameras, and artificial intelligence to forecast and mitigate climate-related impacts on sewer systems. “By improving infrastructure resilience, we can prevent sewage overflows, lower health risks, and strengthen trust in essential public services,” Dr. Chadalavada explained.
Revolutionizing Waste Transport Logistics
In another project, Dr. Francis Gacenga, an expert in applied information systems, alongside Professor Ravinesh Deo, a specialist in artificial intelligence, will collaborate with Sida4 Impact and Dovetale Sport. Their objective is to create a universal AI-powered modeling framework that utilizes quantum computing methods to enhance waste transport logistics.
“Waste transport companies face significant challenges in planning efficient routes and services due to complex factors such as traffic, waste volume, service frequency, and environmental constraints,” Dr. Gacenga stated. He highlighted that these inefficiencies contribute to higher operational costs, unreliable service delivery, and increased carbon emissions. Professor Deo added, “Our quantum-inspired model will employ advanced AI algorithms enhanced by quantum computing to process vast and complex datasets in real time.”
This initiative aligns with UniSQ’s recent advancements in quantum technologies, including the establishment of Australia’s first industry-accessible cryogenic electronics measurement facility at its Springfield campus.
Enhancing Space Imaging Capabilities
The final project will focus on enhancing Australia’s space imaging capabilities. Professor Duncan Wright will spearhead a team at UniSQ to modify a payload sensor integrated with High Earth Orbit Robotics’ imaging system. This modification aims to capture high-resolution images for non-Earth and astronomy research purposes.
This project is part of a broader initiative involving a $50 million satellite program launched in July 2023. The initiative brings together UniSQ, its iLAuNCH Trailblazer program, and an Optus-led consortium to design, launch, and operate a sovereign Australian low Earth orbit (LEO) satellite.
With these projects, UniSQ not only addresses pressing environmental and technological challenges but also demonstrates its commitment to fostering innovation through industry partnerships.
