University of Liverpool

What you'll study

This programme delivers the fundamentals of aerospace engineering together with modules that prepare you for pilot training and aviation operations. Core engineering study covers aerodynamics, flight dynamics and control, propulsion, aircraft structures and materials, thermofluids, avionics and systems, and engineering mathematics. Practical and computational skills are developed through laboratory classes, computational modelling, manufacturing and materials workshops, and group design projects.

Pilot studies are integrated alongside the engineering syllabus and typically include aviation theory subjects such as air law and regulations, human factors, meteorology, navigation and flight planning. Students also follow a structured flying training pathway delivered in partnership with approved flight training organisations — this provides flight experience, simulator practice and the opportunity to complete flying hours that contribute towards civil pilot licence requirements. A final-year individual or team design project allows you to apply aerospace principles to a practical engineering challenge, often with an emphasis on aircraft systems, performance or operational considerations.

Entry requirements

Applicants are normally expected to have strong qualifications in mathematics and physics at A-level (or equivalent). Typical offers usually include good grades in Maths and Physics; additional science or engineering subjects are advantageous. Applicants with relevant BTEC qualifications or international equivalent qualifications are considered on their merits, normally with a requirement for substantial mathematical content.

All students intending to undertake practical flying modules must meet the medical and fitness standards required by the relevant civil aviation authority; these are assessed separately as part of flight training and are not the same as university entry requirements. The programme welcomes applications from mature students and those with industrial experience — supporting documentation and references will be considered as part of the admissions process.

Career prospects

Graduates are well prepared for careers across the aerospace and aviation sectors. Common destinations include aircraft and engine design, systems engineering, structural analysis, flight test support, avionics and control systems, maintenance and airworthiness engineering, and aerospace manufacturing. The pilot studies element also opens routes into airline operations, flight instruction and roles that combine operational flying with technical responsibilities such as flight operations engineering or airworthiness liaison.

BEng graduates typically join graduate schemes or junior engineering positions with manufacturers, airlines, defence contractors, regulatory bodies and specialist consultancies. Many students use the pilot training element as a foundation for further pilot licensing and professional flight training, or progress to postgraduate study to specialise in areas such as aerodynamics, propulsion, or avionics.

Why study at University of Liverpool

The University of Liverpool provides research-led engineering teaching with access to dedicated laboratories, computational facilities and hands-on project work. The School of Engineering engages with industry to ensure the curriculum reflects current engineering practice and operational needs; students benefit from guest lectures, project briefs and employability support.

The programme’s blended focus on engineering and pilot studies is suited to students who want both technical depth and practical aviation experience. Small-group teaching on design projects, flight simulation facilities and links with approved flight training providers support a learning experience that bridges theory and operational practice. The university also offers careers support, professional development and opportunities for work placements or industry projects to help graduates transition into the aerospace and aviation workforce.