Structures & Buildings

  • Advanced protective technologies for engineering structures

    We provide a full range of capabilities in the protective engineering services for high profile infrastructure projects. We work to resolve security problems such as bomb blasts, ballistic, fire, earthquake, wind storm and climate change.

  • Structures and buildings

    We work closely with industry and government organisations in the design, modelling and development of advanced materials and structural systems for construction, infrastructure and defence.

  • Impact engineering group

    The aim of the impact engineering group is to develop simple solutions to sophisticated problems such as impact loading on building facades and rockfall barriers in a cost-effective manner.

  • Steel and Composite Structures Research Group

    Our research focuses on developing innovative structural solutions for buildings, bridges and other infrastructure with an emphasis of safety, cost efficiency, sustainability and resilience.

  • Asia-Pacific Research Network for Resilient Affordable Housing

    We aim to develop a coordinated approach for the delivery of affordable and resilient prefabricated housing throughout the Asia-Pacific region.

  • Prefabricated housing manufacturing

    The Centre for Advanced Manufacturing of Prefabricated Housing works with industry partners to deliver breakthrough product and process innovations that will enable the Australian housing industry to compete on a global stage.

  • Renewable energy and energy efficiency

    The energy we consume is impacted by the technologies we use to consume it, and produce it. Our research focusses on the theoretical and practical applications of energy systems and their planning.

  • Geopolymer and mineral processing

    The Geopolymer and Mineral Processing Group studies the formation, molecular structure, and performance properties of novel advanced geopolymeric materials, and in the development of unconventional technology for precious metal extraction.