Aerospace engineers apply scientific and technological principles to the design, construction and maintenance of aircraft, missiles, weapons systems, satellites and space vehicles. They may be called aeronautical engineers.
You could be:
- doing innovative research on new designs for airliners, helicopters, fighter jets or space vehicles
- developing new or existing products, components and systems
- investigating the use of new materials or improving existing ones
- using computer-aided design (CAD) to modify and create designs to improve safety or to reduce fuel consumption or pollution
- developing on-board systems such as navigation and flight controls
- overseeing flight and ground testing of prototypes and analysing test data
- planning and managing the manufacture of aircraft and components
- specialising in research, design, testing, manufacture or maintenance
- writing technical reports and manuals.
The figures below are only a guide. Actual pay rates may vary, depending on:
- where you work
- the size of the company or organisation you work for
- the demand for the job.
The starting salary for graduate entrants is usually around £22,000 to £28,000 a year. With experience this can rise up to £45,000 a year. Senior engineers can earn up to £65,000 or possibly more.
- You might work in a design laboratory and spend a lot of time working at a computer.
- You might work in production, in a factory where conditions can be noisy and where there can be the risk of accidents from equipment.
- You might work in an aircraft hangar when involved with testing and maintenance.
- In many cases you would work normal hours, but in factory work you may need to be on call outside normal working hours or to work shifts.
- You might have to travel to visit factories or experimental sites in other areas, possibly abroad.
Workforce Employment Status
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- You normally need a degree in aeronautical engineering, aerospace systems, avionics or a similar subject. Other subjects such as electrical or electronic engineering, mechanical engineering, software engineering, maths or physics may be accepted.
- For entry to an aeronautical degree course you usually need 4-5 Highers including Maths and Physics or a technological subject plus National 5 English.
- The University of Glasgow offers degrees in aeronautical engineering and aerospace systems.
- The University of Strathclyde offers a degree in Aero-Mechanical Engineering.
- It can help to have a postgraduate qualification.
- Aircraft component manufacturers such as BAE Systems, Airbus, Messier-Dowty and Rolls-Royce offer Degree Apprenticeships in Aerospace Engineering. These are unlikely to be in Scotland so you should be prepared to move away from home.
- Work experience, paid or voluntary, can be beneficial. For example, working at an airfield or joining the air cadets.
- You may be able to qualify by other training routes.
- You need good computer skills including computer-aided design (CAD).
- Certain colour vision conditions may affect entry to careers in this branch of engineering.
Many engineers in this field work for aircraft manufacturers, makers of components, airlines, the armed forces or the Ministry of Defence. Others use their knowledge of aerodynamics in the manufacture of motor vehicles, trains and hovercraft or in the design of satellites. Jobs are only available in certain areas of the UK, so you may have to move for work.
Workforce Education Levels (UK)
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Job Outlook Scotland
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Job Outlook Scotland and UK
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What Does it Take?
You need to have:
- a strong interest in aviation
- an aptitude for scientific and technical subjects
- good IT skills
- excellent problem solving skills
- good report writing skills
- communication skills to explain complex and technical information, sometimes to non-technical partners
- a good knowledge of engineering licence regulations
- good organisational skills.
You need to be able to:
- pay close attention to detail
- work to deadlines
- work in a team and support other people's ideas
- work within a budget
- manage your time
- keep up to date with new developments.
- After gaining your degree, and some further training with an employer, you can register with the Engineering Council as a professional engineer – either Incorporated Engineer (IEng) or Chartered Engineer (CEng).
- For IEng you need either a recognised Bachelor’s degree or a recognised Higher National Certificate (HNC) or Higher National Diploma (HND) plus further study to Bachelor’s degree level.
- For CEng you need a recognised Bachelor’s degree with Honours plus a recognised Masters degree (or equivalent), or a recognised integrated Master of Engineering (MEng) degree.
- If you do not have the above qualifications, you may still be able to achieve IEng or CEng by other approved routes. You can check alternative routes with the Engineering Council or with the appropriate professional engineering institution.
- You are advised to work towards professional membership of the Royal Aeronautical Society (RAeS) or another engineering institution.
- The RAeS also provides conferences and training courses to help keep you up to date with changes in technology.
- If you qualify first as IEng, you can progress to CEng after further training and experience. This can open up a wider range of opportunities.
- You could move into project management or planning.
- You might move into marketing, sales or general management.
- You could work in academic research or teaching in a college or university.
- You might become a consultant, offering specialist engineering services. For example, you may become involved in air accident investigation.
- You might work abroad – this is a global industry.
The Engineering Council sets and maintains the standards of the engineering profession in the UK. It does so through 35 professional engineering institutions which are Licensed Members of the Engineering Council.
The Tomorrow’s Engineers website has more information on careers in engineering.
The following organisations may be able to provide further information.
Tel: 020 3434 2020
The Science Council provides the quality assurance system for those working in science. They set the standards for professional registration for practising scientists and science technicians across all scientific disciplines. Those scientists who reach the required standards are recognised by the following designations CSci, CSciTeach, RSci and RSciTech.
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