University of Central Lancashire

What you'll study

Core study areas include:

• aerodynamics
• structures
• propulsion systems
• flight dynamics
• mechanical engineering principles
• computer-aided design
• systems engineering and flight testing principles

Practical and project elements: students work with a range of vehicle types for design, analysis, simulation and testing, engage with unmanned air vehicles (UAVs) for civil applications, and complete a substantial research project. Facilities referenced by the programme include subsonic and supersonic wind tunnels, flight simulators, composites and manufacturing workshops and additive manufacturing equipment.

Entry requirements

The course page does not specify numeric entry grades or qualifications. Applicants should consult the university admissions information for exact requirements and acceptability of prior qualifications.

Career prospects

Graduates are prepared for technical roles across aerospace and related industries. Typical job titles quoted for graduates include Aerospace Engineer, Design Engineer, Systems Engineer and Mechanical Engineer. The degree also provides a foundation for further postgraduate study or roles in sectors such as space, defence, automotive, energy and manufacturing.

Scholarships & funding angle

The programme notes that the MEng option adds a fourth year of study; in most cases the extra year can be funded through the standard Student Finance England loan system. If you follow a Pilot Studies route, pilot theory is included in the course but practical flying hours are not covered by tuition and must be paid for separately through partner flight training providers.