Materials Science and Engineering
Materials science and engineering is the discipline that asks what everything is made of and how to make it better. From the alloys in aircraft engines and the ceramics in medical implants to the polymers in packaging and the semiconductors in electronic devices, materials scientists and engineers determine the properties, performance and limits of the substances that modern technology depends on. At the University of Leeds, this four-year full-time programme carries the designation Industrial, indicating that a sandwich placement year is built in, giving you extended professional experience in a real materials or engineering environment as part of your studies.
You will study the relationship between the structure of materials at the atomic and microstructural level and the mechanical, thermal, electrical and optical properties that result. The curriculum spans metals, ceramics, polymers and composites, alongside the processing methods used to make and shape them. You will develop skills in characterisation techniques, including microscopy and diffraction methods, and you will engage with the challenges of selecting appropriate materials for specific engineering applications.
Leeds is a leading centre for materials research, and the programme benefits from close connections with industry partners across aerospace, energy, healthcare and manufacturing sectors. A typical tariff of around 152 points is expected for entry. The work placement year is a distinctive feature, giving you the practical grounding that makes graduates immediately effective in professional roles.
Graduates work in sectors including aerospace, automotive, energy, biomedical engineering, electronics, construction and defence. Roles include materials engineer, process engineer, research scientist, quality engineer and product development specialist. Many graduates pursue chartered engineer status through professional bodies, and postgraduate study at master's or doctoral level is a natural route for those drawn to research and innovation in advanced materials.