Swansea University

What you'll study

The programme builds progressively from fundamental engineering principles to applied aerospace topics. Early modules focus on mathematics, mechanics, materials science, thermofluids and engineering computing to provide a solid base for specialist study. In later years you can expect modules covering aerodynamics, aircraft and spacecraft structures, flight mechanics and control, propulsion systems, composite materials, CAD/FEA and experimental methods such as wind tunnel testing and instrumentation.

The degree typically includes individual and group design projects that emphasise real‑world problem solving, laboratory work and computer‑based simulation. Students develop practical skills in modelling, analysis, manufacturing techniques and data acquisition alongside professional skills in project management, report writing and teamwork. There are frequently opportunities to take an industrial placement or study abroad module within the wider degree framework, allowing application of learning in industry settings.

Entry requirements

Applicants should have strong qualifications in mathematics and science. Typical entry routes include A‑levels with Mathematics (often required) and Physics (highly recommended), or equivalent qualifications such as BTECs with substantial maths/science content, Scottish Highers, Irish Leaving Certificate or recognised international equivalents. Universities usually expect good grades overall and will consider your personal statement and references.

For applicants whose first language is not English, an appropriate English language qualification is normally required. Mature applicants and those with relevant vocational experience are considered on their individual merits. Check Swansea University's admissions pages for the precise and up‑to‑date entry requirements for your qualification type.

Career prospects

Graduates gain the technical grounding needed for roles across the aerospace sector and related industries. Typical career paths include aircraft and engine design, aerodynamics and propulsion analysis, structural design and materials engineering, flight systems and controls, test and certification, manufacturing and quality engineering, and systems integration. Many graduates join graduate schemes or early‑career roles with aerospace primes, tier‑one suppliers, defence organisations, research institutions or civil aviation authorities.

Others move into related fields such as automotive or energy, consultancy, project management or continue to postgraduate study and research. The programme is designed to develop transferable skills — problem solving, numerical modelling, experimental technique and teamwork — that employers value in technology‑led industries.

Why study at Swansea University

Swansea University’s engineering provision combines traditional engineering teaching with practical laboratory and design experience. The School of Engineering supports hands‑on learning through dedicated facilities for materials testing, computational modelling and experimental fluid dynamics. Students benefit from staff active in applied research areas relevant to aerospace, such as aerodynamics, composites and propulsion, and from the University’s links with regional and national engineering employers.

The campus environment offers close‑knit student support, opportunities for industry engagement and a range of extracurricular engineering and design activities. The programme is structured to prepare graduates for professional careers or further study; applicants should consult the University for the most current information on accreditation, placement options and specific module choices.