Swansea University

What you'll study

This BEng programme covers the core principles of materials engineering alongside practical laboratory and computing skills. You will study how microstructure controls mechanical, thermal and electrical properties and learn common processing routes for metals, polymers, ceramics and composites.

• Core science and engineering fundamentals – mathematics, mechanics, thermodynamics and physical chemistry relevant to materials.
• Materials-specific modules – structure and bonding, phase diagrams and transformations, plasticity and fracture, corrosion and degradation.
• Characterisation and testing – microscopy, diffraction, thermal analysis and mechanical testing methods used to measure materials properties.
• Processing and manufacturing – casting, forming, joining, polymer processing and composites manufacture, with attention to process–structure–property relationships.
• Modelling and computation – numerical methods and basic computational materials science for property prediction and process simulation.
• Specialist topics – options typically include surface engineering, biomaterials, electronic and magnetic materials, and sustainable materials and recycling.
• Laboratory work and project – sustained laboratory classes and an individual research or design project that develops experimental, analytical and reporting skills.

The programme emphasises practical skills through laboratory sessions and workshops. Many students have the opportunity to take an optional industrial placement or work-based learning year to gain experience in industry; shorter project placements and industry-linked project topics are also common.

Entry requirements

Applicants should normally have strong post-16 qualifications demonstrating competence in mathematics and at least one science subject (typically physics or chemistry). Typical offers are in line with standard UK A-level requirements for engineering degrees; accepted qualifications include A-levels, BTECs (with appropriate science or engineering units), International Baccalaureate and recognised international equivalents.

Required subjects: A-level mathematics is usually required or highly recommended. Physics and/or chemistry at A-level are commonly expected or counted as complementary subjects. Applicants without both sciences may still be considered if they demonstrate substantial relevant experience or prior study.

Other entry routes: mature students and those with relevant vocational qualifications or HNC/HND routes are welcome; selection will consider academic background and practical experience. International students should meet the university's English language requirements.

Career prospects

Graduates from a materials engineering degree go into a wide range of technical and professional roles. Common destinations include materials engineer, process engineer, product development, quality and failure analysis, corrosion and surface engineering, manufacturing engineering, and materials testing and characterisation.

Industry sectors employing materials graduates include aerospace and defence, automotive, energy and renewables, medical devices and biomaterials, electronics and semiconductors, construction and infrastructure, and specialist materials supply chains. Graduates also move into research and development roles, technical sales, patent and regulatory work, and further study such as MSc or PhD programmes.

The degree provides the foundation for progression towards professional registration and chartered status through further learning and workplace experience.

Why study at Swansea University

Swansea University combines taught materials engineering modules with practical laboratory experience and opportunities to work with research-active staff. The university has dedicated engineering facilities and workshops that support hands-on learning across materials characterisation, processing and mechanical testing.

Students benefit from links with regional and national industry, which support placements, projects and guest lectures. The programme is designed to develop technical competence, problem-solving and communication skills sought by employers, while optional placement opportunities help build professional experience before graduation.