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Many of the devices and machines that we rely on for our daily lives depend on materials engineering. This exciting research field involves enhancing the quality and efficiency of existing materials, and discovering new materials, to meet specific needs in electronic, mechanical, energy, biological, manufacturing and public health applications.
Our multidisciplinary research focuses on providing sustainable and scalable solutions for industries and the broader community. With eminent academics and leading-edge research facilities, we address fundamental questions and applied problems within four major areas. Composite Materials research develops new and improved materials that are recyclable, sustainable and easy to manufacture. Nanomaterials research explores novel synthesis methods and applications of tiny structures that can reduce environmental risks and address global energy and health challenges. Biomaterials research delves into bio-nanotechnology to create new materials and imaging sensor technologies to improve our health. Computational Mechanics research tackles the challenges of prototyping and testing materials for automotive, aerospace and biomedical technologies.
Ultimately, we seek to translate our discoveries into public benefit through technological innovation. We welcome research partnerships with industry, government and other organisations worldwide to develop ways to use global resources sustainably and to improve our lives using advanced materials.
Explore our available research projects below and if you’d like to discuss opportunities for collaboration or funding, please email us.
Biomaterials research merges biology with materials engineering, imaging and sensing, and nanotechnology. The development of advanced techniques...
Modern industries are increasingly relying on the development of new light-weight, strong, durable and environmentally sustainable materials for a...
Many years ago, engineers developed products by trial and error. In the case of most industries, particularly the automotive and aerospace sectors...
Tiny structures known as nanomaterials have the potential to mitigate environmental risks, and address global energy and health challenges. We...
Antonio Tricoli
David Nisbet
