MEng (Hons) in Aerospace Engineering, University of Central Lancashire

Preston,

48 Months

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About this course

This Aerospace Engineering degree program spans four years of full-time study at Preston Campus, starting in September 2025. It is designed for students fascinated by aircraft and spacecraft, offering in-depth knowledge in aerodynamics, structures, propulsion, systems, flight dynamics, mechanical engineering, and computer-aided design. The course includes practical learning through a research project in Year 3 and a group design project in Year 4, giving students experience from concept to flight. Facilities like flight simulators, UAV labs, and wind tunnels enrich the learning environment. Students will learn to analyze, design, and test aircraft and spacecraft, and have opportunities to undertake a 48-week industrial placement. The course is delivered in-person, with options for a foundation year and a sandwich placement to enhance industry readiness.

Why this course is highly recommended

Students benefit from state-of-the-art facilities in the new £35m Engineering Innovation Centre, including flight simulators, UAV labs, wind tunnels, and manufacturing workshops. The program’s strong industry links involve guest lectures, field trips, and a 48-week placement, boosting employability. The course is professionally accredited by the Institution of Mechanical Engineers (IMechE) and the Institution of Engineering Designers (IED), aligning with professional standards to become a Chartered Engineer. The mixture of theoretical knowledge, practical experience, and industry engagement prepares graduates for diverse careers in aerospace, space, defense, automotive, and tech sectors.

Specialisation

The program covers multiple core areas essential to aerospace, including aerodynamics, structures, propulsion, flight dynamics, and systems engineering. It offers advanced modules in aerospace vehicle systems, spacecraft flight, structural analysis, and propulsion technologies, along with optional modules like aerospace structures, vehicles simulation, and materials. The curriculum is structured to build expertise from basic concepts to complex design and testing, with practical applications in UAVs and spacecraft systems.

Course fees

Application fees

1st year tuition fees

18.29L

Living cost

Degree requirements

Applicants are considered based on educational achievements, predicted grades, work experience, and personal statement. Typically, a UCAS Points score of 104 at A2, including Maths and Physics or STEM at grade C, is required. Other accepted qualifications include BTEC Extended Diploma (DMM in Engineering with Maths units), International Baccalaureate (104 points with Higher Level 6 in Maths and Physics), and T Levels with Maths and Physics. IELTS requires a score of 6.0 with no component below 5.5, and GCSEs must include Maths and English at grade C/4 or equivalent. The course may also require an ATAS certificate for international students.

English language test

PTE

DUOLINGO

IELTS

TOEFL

Career prospects

Graduates can pursue careers in aerospace, space, defense, automotive, biotechnology, computing, electronics, energy, and manufacturing sectors. The course also prepares students for research and teaching roles, including postgraduate aerospace research degrees. Industry collaborations and student involvement in organizations like the Royal Aeronautical Society help build professional networks, opening pathways to positions in design, testing, project management, and engineering consultancy globally.

FAQs

Is there a placement opportunity available?

Yes, students have the chance to undertake a 48-week sandwich placement in industry between Year 2 and Year 3, primarily in the UK, with some global options.

What facilities will I have access to?

You will have access to advanced facilities like flight simulators, UAV labs, wind tunnels, composites workshops, and a state-of-the-art Engineering Innovation Centre.