Study Aeronautical & Aerospace Engineering, why & how to study
Aeronautical & Aerospace Engineering is all about how aircraft and aerospace vehicles are designed, manufactured and powered.
Aeronautical & Aerospace Engineering is all about aircraft and aerospace vehicles – what gets them off the ground, what keeps them there, what allows them to turn and accelerate, what causes them to gain and lose altitude, and so on. This includes anything from planes to helicopters, drones and satellites.
This subject area is demanding, combining physics and mathematics, computer and materials science, all wrapped up in strong design.
Undergraduate degrees in Aeronautical & Aerospace Engineering include:
- Aerospace Engineering BEng/MEng
- Aeronautical Engineering BEng/MEng
- Aeronautics and Astronautics BEng/MEng
- Aerospace Systems BEng/MEng
- Aeronautical & Aerospace Engineering BEng/MEng
Options may include an integrated foundation year, industrial experience, or a year abroad.
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- Types of undergraduate degrees
Entry requirements for an Aeronautical & Aerospace Engineering degree at university range from 80 to 200 UCAS points. This could include the qualifications below.
- A Level: A*A*A*–CDD
- BTEC: may be accepted in combination with A Levels
- Scottish Highers: AAAAA–AABB (or Advanced Higher AAA–AB)
- International Baccalaureate Diploma: 40–32
- Universities will usually ask that you have studied mathematics at an advanced level (A Level or Scottish Advanced Higher)
Other good subjects to have studied include:
- Physics or engineering science
- Further mathematics
- Other sciences
- General studies and critical thinking may not be acceptable
Other requirements for this subject include:
- Pass in the practical element of sciences
Typical modules for courses in this subject include:
- Aerodynamics and/or flight dynamics
- Aircraft systems and performance
- Design (engineering, aircraft, aerospace vehicles)
- Mathematics and engineering mathematics
- Fluid mechanics
- Structures and materials
- Solid mechanics
Assessments are usually carried out by a mixture of the following, and will vary from module to module:
- Observed practical performance
- Presentations (alone or group)
Aeronautical & Aerospace Engineering is a highly vocational subject, giving you the skills and experience to enter employment in the sector.
- Systems engineering
- Aircraft design and manufacture
- Practical lab work
- Flight testing
- Computer literacy
- Project management
- Analytical skills
- Working to client briefs
- Degrees may be accredited by the Royal Aeronautical Society (RAeS) and Institution of Mechanical Engineers (IMechE)
- Graduating in this subject may include registration as an Incorporated Engineer (IEng) and partial registration as a Chartered Engineer (CEng)
You’re likely to get a good starting salary of £20,000–28,000 as an Aeronautical & Aerospace Engineering graduate.
Once established in your career, particularly if you’ve gained Chartered status, Aeronautical & Aerospace engineers can earn a salary of £45,000–60,000 or more.
Employment opportunities range from the military to space exploration, satellite design to drone manufacture.
- Aeronautical or aerospace engineer
- Aerodynamics engineer in F1 racing
- Manufacturing engineer
- Engineering consultant
- Wind turbine engineer
- Mission specialist (space exploration)
Examples of taught master’s and research degrees at the postgraduate level include:
- Advanced Aeronautical Engineering MSc
- Aerospace Materials MSc
- Aerospace Computational Engineering MSc
- Advanced Control and Systems Engineering (with Industry) MSc
- Materials Engineering PhD
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Subjects related to Aeronautical & Aerospace Engineering include:
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