School of Metallurgy and Materials
In the School of Metallurgy and Materials, we bring together expertise in Materials Science and Engineering and Aerospace Engineering to address some of the most important technological challenges facing society.
Our research spans the discovery, design, processing and performance of advanced materials, alongside the development of innovative aerospace technologies for aviation and space exploration. From sustainable materials and clean energy technologies to aerodynamics, flight dynamics and space systems, our academics work at the forefront of engineering research, collaborating with industry and academic partners to deliver real-world impact.
Our research-led teaching provides students with the knowledge, practical experience and transferable skills needed to succeed in a rapidly evolving engineering landscape. We offer undergraduate and postgraduate programmes across Materials Science and Engineering, Aerospace Engineering and Space Engineering, combining fundamental scientific understanding with hands-on engineering applications.
Together, our disciplines contribute to a more sustainable, connected and technologically advanced future.
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Our Research
Find out more about our researchOur research brings together expertise in Materials Science and Engineering and Aerospace Engineering to address challenges across energy, transport, manufacturing, aviation and space.
In materials science, we investigate advanced materials, their processing, performance and sustainability, developing technologies that support cleaner energy, more efficient manufacturing and the circular economy.
In aerospace engineering, our research encompasses aerodynamics, computational fluid dynamics, aeroelasticity, flight dynamics and control, advanced aerospace structures and space engineering. We explore opportunities to improve the performance, efficiency, sustainability and safety of future aerospace systems.
Through collaboration across disciplines and with industrial and academic partners, we translate fundamental research into engineering innovation.