University of Leicester

What you'll study

This three-year BEng programme builds a foundation in mathematics, mechanics and materials before moving on to aerospace-specific subjects. Early modules typically cover engineering mathematics, statics and dynamics, materials and manufacturing processes, introductory thermodynamics and CAD and computing for engineers. Core aerospace topics encountered in later years include aerodynamics and fluid mechanics, aircraft structures and stress analysis, propulsion and power systems, flight mechanics and control, and systems engineering.

Teaching combines lectures, tutorials, laboratory sessions and practical workshops. You can expect hands-on laboratory work in materials testing and instrumentation, computer-based modelling using industry-standard CAD and analysis packages, and project work such as group design-and-build tasks. The final year includes an individual dissertation or research project and a team design project that brings together design, analysis, testing and reporting.

Optional modules often allow you to tailor the degree toward areas such as composite structures, computational fluid dynamics (CFD), avionics and flight simulation, additive manufacturing and advanced materials. There are also opportunities to take work-placement years or short industrial placements where available, and routes to continue to an integrated MEng or MSc for those wishing to pursue further study.

Entry requirements

Successful applicants normally have a strong background in mathematics and at least one science subject. Typical qualifications considered include A-levels, the International Baccalaureate and relevant BTEC or other recognised vocational qualifications. Typical offers are in line with standard engineering entry profiles and commonly require A-level Mathematics plus Physics or Chemistry (or equivalent).

Examples of acceptable qualifications and preparation include:

• A-levels including Mathematics and Physics (or Mathematics and Chemistry), or equivalent national qualifications;
• International Baccalaureate with Higher Level mathematics and a science subject;
• Relevant BTEC qualifications combined with A-level Mathematics or equivalent mathematics provision;
• Access to Higher Education Diplomas in engineering or science subjects for mature applicants.

International applicants are expected to demonstrate proficiency in English through recognised tests or qualifications; typical undergraduate study requires an English level equivalent to standard university entry (for reference, broadly comparable scores such as IELTS are commonly accepted). The admissions team will consider each application holistically, taking account of relevant practical experience, personal statement and references.

Career prospects

Graduates of aerospace engineering follow a range of careers across the aerospace, defence, automotive and wider engineering sectors. Typical roles include aerospace design engineer, structural or systems engineer, propulsion and propulsion-test engineer, flight dynamics and control engineer, and roles in manufacturing, quality assurance and project management.

Many graduates join graduate programmes with manufacturers, OEMs, supply-chain companies and engineering consultancies, or work for research organisations and government agencies. Others continue to postgraduate study (MSc/MEng/PhD) to specialise in areas such as computational fluid dynamics, aeroelasticity, materials and composites, or advanced propulsion systems. The degree also provides transferable analytical and technical skills valued in consultancy, data analysis and technology companies.

Why study at University of Leicester

The University of Leicester offers an engineering environment that emphasises small-group teaching, practical laboratory experience and project-based learning. Engineering programmes are delivered by research-active staff who bring contemporary engineering challenges into the curriculum, supporting students who want to pursue technical careers or further study.

Students benefit from purpose-built engineering laboratories, workshops and computing facilities for modelling and simulation, alongside support services such as dedicated careers guidance and employer engagement. The university maintains links with industry and regional engineering partners to support placements, guest lectures and project briefs, helping students develop the professional skills employers seek.

Overall, the programme is suited to applicants who want a rigorous engineering education with a strong practical and design focus, in a university that supports progression to industry or postgraduate study.