Our researchers identify innovative engineering solutions to increase the sustainability of construction materials. We work closely with industry to design and develop composite and emerging materials.
Led by a team of internationally recognised researchers from the School of Engineering, our research spans several focus areas, including novel uses of green and recycled materials.
The core focus of this research group is to select green construction material, implement sustainable manufacturing processes, and reuse reclaimed and recycled materials. We implement eco-friendly processes to develop composite and hybrid structural elements using novel and emerging construction materials.
We develop and design real-world structures with enhanced sustainability and durability in collaboration with the construction industry. We work on prefabricated and modular structures, propose design equations, and implement advanced numerical modelling to simulate structures.
We specialise in multi-criteria analysis for evaluating alternative and emerging construction materials from financial, environmental and economic perspectives. We apply methods such as multi-criteria decision analysis, life cycle assessment and material flow cost accounting to provide decision-making criteria for selecting suitable construction material.
We are experts in the technology and design of concrete structures for a range of compositions, including concrete made of reclaimed material. With our facilities, we can propose predictive models that determine the durability of a structure at any point of its design life.
Undertake a PhD at Deakin and develop cutting-edge research that shapes a brighter, more sustainable future.
Our researchers are leading experts dedicated to finding new ways to enhance the sustainability of construction materials.
Professor Mahmud Ashraf is the Associate Head of School (Research) in the School of Engineering. Professor Ashraf is an internationally recognised expert in structural engineering, committed to working towards a sustainable future and advocating for hybrid structures to minimise future environmental impact.
Associate Professor Kazem Ghabraie is the Associate Head of School, Teaching and Learning Student Experience in the School of Engineering. Dr Ghabraie is an expert in topology and structural optimisation. His research interests include using sustainable and recycled material in construction.
Our projects focus on developing innovative, eco-friendly composite materials and sustainable construction technologies, with an emphasis on reducing environmental impact and enhancing material performance across various engineering applications.
Dialysis treatments in Victoria create up to 5,100 tonnes of plastic waste per year. Our project team aims to use the shredded plastic waste to create a new type of concrete that is less susceptible to corrosion, thus enhancing the lifespan of the structure, while simultaneously recycling plastic waste.
While most bridges require regular maintenance, our researchers have replaced the usual steel reinforcing bar with carbon and glass fibre reinforced polymer to create a bridge in Geelong that will require no maintenance over its 100-year lifespan.
If you'd like to study with us, collaborate with us, or learn more about our research, we'd love to hear from you. Have a question? Get in touch with the team.
