Swansea University

What you'll study

This programme combines core aeronautical engineering fundamentals with specialist modules in manufacturing, materials and production engineering. Year-to-year progression covers introductory mathematics and mechanics, aerodynamic principles and aircraft systems, followed by modules emphasising materials selection, composites, metal forming, machining, joining technologies and quality assurance.

• Fundamental engineering science: mathematics, mechanics, thermodynamics and fluid dynamics relevant to aircraft.
• Aeronautical principles: aircraft structures, flight mechanics and systems engineering.
• Materials and structures: metals, polymer composites, fatigue and fracture, corrosion and protective coatings.
• Manufacturing technologies: machining, moulding, lay-up and autoclave processes, joining (adhesives, welding, fastening), and surface engineering.
• Advanced manufacturing: computer-aided design/manufacturing (CAD/CAM), computer-integrated manufacturing, automation, and additive manufacturing (3D printing) for aerospace components.
• Quality, standards and supply chain: manufacturing quality control, non-destructive testing, certification considerations and production logistics.
• Project work and laboratory practice: hands-on workshops, materials testing, composite fabrication and group design-and-build projects culminating in an individual or team final-year project addressing a real manufacturing challenge.

The course is structured to include practical laboratory sessions and workshop training early on, with increasingly industry-focused project work in later years. Students can often choose an optional industrial placement or a year in industry to gain workplace experience and build employer contacts.

Entry requirements

Applicants should have a strong background in mathematics and a science subject (typically physics). Typical entry routes include A-levels, BTEC qualifications, Scottish Highers/Advanced Highers, Irish Leaving Certificate and recognised international qualifications. Entry guidance normally expects:

• Mathematics at a level equivalent to A-level; physics or engineering-related subject is highly desirable.
• GCSE-level English and mathematics (or equivalent), and acceptable passes in related subjects for vocational routes such as BTEC.
• Applicants from access courses, foundation programmes or with relevant industrial experience are considered; mature applicants are welcome.

International applicants should check Swansea University's admissions pages for specific qualification equivalencies and English language requirements.

Career prospects

Graduates are prepared for manufacturing-focused roles across the aerospace supply chain and related high-value engineering sectors. Common career pathways include:

• Production or manufacturing engineer in aerospace and defence companies, responsible for process planning and optimisation.
• Quality engineer or non-destructive testing specialist ensuring components meet regulatory and customer standards.
• Composites and materials engineer specialising in lightweight structures and repair techniques.
• Industrial automation and process improvement engineer working with CNC, robotics and lean manufacturing systems.
• Supplier development, production management and programme support roles within OEMs and tiered supply chains.

Graduates may also progress to postgraduate study (MSc, MA, or research degrees) or follow the professional engineering route towards chartered status through professional institutions and industry experience.

Why study at Swansea University

Swansea University offers an engineering environment with practical teaching facilities, dedicated materials and manufacturing laboratories and workshop access on its campus. The programme emphasises hands-on learning — composite lay-up bays, materials testing equipment and CAD/CAM resources support the practical modules.

• Industry links: the School of Engineering maintains relationships with regional and national aerospace and manufacturing companies, supporting guest lectures, live projects and placement opportunities.
• Project and placement opportunities: students are encouraged to take industrial placements or participate in research projects to gain real-world experience and employer contacts.
• Supportive learning: small-group laboratory sessions, supervised project supervision and access to academic staff with expertise in materials and manufacturing technologies.
• Location and facilities: campus workshops, laboratories and computing resources are positioned to support an applied, practice-led degree in aeronautical manufacturing.

Overall, the BEng Aeronautical Manufacturing at Swansea is designed for students who want to combine aerospace theory with a strong emphasis on manufacturing practice, materials and production systems, preparing them for technical roles in a competitive sector.