MEng Materials Science (4 years)
About this course
Materials science is the discipline that underpins almost every physical technology in the modern world. It asks how the structure of matter at the atomic and molecular level determines the properties of materials at the scale we can see and use, and how those properties can be engineered, refined, and improved to meet demanding applications. From the semiconductors in electronic devices to the alloys in aircraft engines, the polymers in medical implants, and the ceramics in space vehicles, materials science is the foundational knowledge that makes advanced engineering possible. At the University of Oxford, this four-year full-time programme represents one of the most rigorous and intellectually demanding routes into the discipline available anywhere. The typical entry tariff of 200 points reflects the exceptional academic standard expected of students. You will study the full breadth of materials science, covering metals, ceramics, polymers, and electronic materials, alongside the physics and chemistry that underpin their behaviour. The programme builds from the fundamentals of crystallography, thermodynamics, and quantum mechanics through to the characterisation techniques, mechanical testing, and processing methods used in research and industry. Oxford's tutorial system means you will engage deeply and personally with the material, developing not just knowledge but the habits of mind needed to tackle genuinely novel problems. By the end of the programme you will be equipped to work at the frontier of materials research and development. Graduates go on to careers in aerospace, automotive, electronics, energy, biomedical engineering, defence, and advanced manufacturing. The research skills and scientific rigour developed at Oxford are also prized in finance, consulting, and policy, where quantitative and analytical ability matters. Many graduates proceed to postgraduate study, whether DPhil research at Oxford or elsewhere, or specialist taught programmes, with others moving directly into research and development roles in industry. This is a programme that opens doors across science, engineering, and beyond.
Syllabus & Modules
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