Since 1900 the University of Birmingham has been leading the way in research and education. By studying in the School of Metallurgy and Materials, you will have access to academic staff involved in research at the cutting edge of their subjects and generates a strong impact on society.
In addition excellent sporting facilities, a busy calendar of social events and a beautiful campus in a vibrant, multi-cultural city, make Birmingham a great place to study.
The School has a number of cutting-edge facilities at its disposal to support research activities. We are a founding partner of the Manufacturing Technology Centre, which allows for innovative manufacturing processes and technologies to be developed at an industrial scale. We also leading current initiatives such as the High Temperature Research Centre – a brand new joint collaboration between the University and Rolls Royce to enable research and experimentation to deliver rapid high quality product and process innovation.
We have an excellent range of research facilities for materials preparation and surface engineering. There are polymer-processing laboratories and a very well equipped advanced materials processing laboratory including HIP equipment, direct laser fabrication, etc and a shell laboratory and wax-dewaxing facility for investment casting, a laboratory for the hydrothermal synthesis and colloidal processing of ceramics.
The school also accommodates a wide range of equipment for engineering property assessment. The world-class mechanical testing laboratories provide facilities for fracture and fatigue studies and are accredited by Rolls-Royce for the acquisition and interpretation of data. Our creep-testing laboratory provides specialised mechanical testing for polymers and foams, as well as high temperature alloys.
The school also hosts the university’s Centre for Electron Microscopy which has over 10 electron microscopes and has recently been further strengthened with a set of flagship equipment including an Talos STEM, XRT, Robo-Met, a unique 3D characterisation capability. The school’s X-ray diffraction facilities provide essential back-up to crystal growth and other alloy development research.
The functional materials research in the school includes well established ceramics laboratories and a recently refurbished hydrogen laboratory contains equipment to characterise the properties of materials for hydrogen storage, and we have good facilities for the fabrication and characterisation of optical fibre sensors.