University of Leicester

What you'll study

The programme builds from core engineering fundamentals through to specialist aerospace subjects, combining theoretical lectures with laboratory work, computational simulation and a major individual design project. Early-stage study typically covers mathematics for engineers, mechanics, materials and introductory fluid mechanics and thermodynamics. Later stages emphasise aerospace topics such as aerodynamics, flight dynamics and control, aircraft and spacecraft structures, propulsion systems, avionics and systems integration.

• Core technical modules: advanced aerodynamics, flight mechanics and control, structural analysis and design, propulsion and gas dynamics.
• Computational and experimental modules: computational fluid dynamics (CFD), finite element analysis (FEA) for structural problems, laboratory testing and instrumentation, and hands-on design-build-test activities.
• Professional and multidisciplinary modules: systems engineering, project management, sustainability and regulatory/airworthiness considerations.
• Individual MEng project: a substantial research or design-led project in the final year addressing a real engineering problem, often carried out in collaboration with industry or university research groups.

Teaching typically uses a mix of lectures, seminars, lab classes, coursework and group design tasks. Computational resources, workshop facilities and access to specialist research groups complement taught material and support project work.

Entry requirements

Applicants are expected to demonstrate strong achievement in mathematics and physics or equivalent engineering science. Typical entry routes include strong A-levels (or equivalent qualifications) with good grades in relevant subjects, or completion of an appropriate undergraduate degree for entry to an advanced standing route. Mature applicants with relevant industrial experience are considered on their merits. International applicants must meet the University’s English language requirements.

Specific offers and equivalences depend on your qualification and background; if you are applying from a different discipline you should expect to show evidence of underpinning mathematical and engineering knowledge or complete preparatory modules.

Career prospects

Graduates from this programme are prepared for professional roles across the aerospace and high-technology sectors. Typical career destinations include aircraft and spacecraft design teams, systems and integration engineering, aerodynamicist and propulsion specialist roles, structural analysis and materials engineering, flight test and certification, avionics and control systems engineering, and roles in manufacturing and supply chain organisations.

The MEng also provides a strong foundation for research and doctoral study or for professional registration with engineering institutions when combined with appropriate work experience. Alumni work in commercial aerospace companies, defence and government agencies, space and satellite firms, consultancy practices and high-tech manufacturing.

Why study at University of Leicester

The University of Leicester offers a focused engineering environment with small-group teaching, substantial laboratory and computing facilities and close links between taught programmes and research activity. Students benefit from opportunities to work with university research groups and industry partners on project work, gaining practical experience and professional contacts.

Support services include careers guidance, project supervision from academic staff, and access to workshops and dedicated engineering software. The programme emphasises both the technical depth required for engineering practice and the professional skills—communication, teamwork and project management—valued by employers.