What can you do with an aerospace engineering degree?

The essential guide to what you study on an aerospace engineering degree and what careers the degree can lead to
March 20 2017

What is aerospace engineering?

Aerospace engineering is largely the design, construction and maintenance of aircraft, spacecraft, missiles and weapons systems. Main focuses can include flight safety, fuel efficiency, operating costs and environmental impact.

Aerospace engineers may have a choice between the research and development, testing or maintenance side of the profession. They are often tasked with calculating project costs and timescales, writing manuals and upgrading and developing new technologies.

They are now also likely to learn how to use computer-aided design software for plans. Experienced aerospace engineers may investigate air crashes and the malfunctioning of parts.

Students of aerospace engineering apply concepts which can encompass maths, science and technology to the creation of aircraft and accompanying equipment. Specialisms include aerodynamics, avionics, propulsion and systems integration.

A skills shortage has led to considerable government investment in the subject since the turn of the millennium, and the number of aerospace engineering jobs is projected to rise further.


The best universities for aerospace engineering


What might you find on an aerospace engineering degree?

Aerospace engineering degree courses usually last between three and five years depending on the type of qualification. The shortest accredited degree tends to be the three-year BEng in aerospace engineering, although this is now less common than longer programmes which incorporate a master’s and/or year abroad or in industry.

The aerospace engineering MEng provides a broad understanding of the subject and the aerospace industry, preparing graduates for work in a vast range of organisations. There is scope to specialise after completing the first two years of the programme.

Where they are offered, placement years normally take place in the third year of the course. Aerospace engineering departments enjoy direct links with companies such as Rolls-Royce, Boeing, Intel, Caterpillar and QinetiQ, giving students on sandwich courses a range of placements to choose from in multiple continents. Many universities also run PhD programmes in the subject.

Modules on aerospace engineering courses may include stress and dynamics, fluid mathematics and thermodynamics, numerical and experimental methods, solid mechanics, structural mechanics, airframe design, design optimisation, flight dynamics and control, flight testing and analysis, computer-aided engineering and gas dynamics.

Some of the sector’s leading employers sponsor degrees for a significant proportion of aerospace engineering students, from the Ministry of Defence to BAE Systems, Bombardier and Airbus.

What should I study to do an aerospace engineering degree?

Candidates are expected to have studied maths and physics to obtain a place on most aerospace engineering courses given the important part that both disciplines play in the field. Some institutions accept chemistry in place of physics, but as a general rule, applicants will find physics and maths a safer combination to apply to aerospace degree courses with.

Prior study of biology, design technology, IT, further maths, statistics or electronics may boost admission prospects to a lesser degree. Those with a BTEC in a science subject may also be considered, although may face an entrance exam.

Prospective students are sometimes discouraged from taking general studies and critical thinking qualifications, with some institutions listing them as subjects whose grades should be not be relied on for aerospace applications.

Aerospace applicants are generally urged to ensure they are studying maths and physics and ideally a related science or maths-based subject as their third, but are normally free to pick a subject of their choice as a fourth.


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What do people go on to do?

Aerospace engineering is one of the fastest-growing industries in the UK, which has the second largest aerospace sector in the world after the US. Improving green and fuel-efficient technologies have contributed to a steady rise in recent years in a whole host of countries, which is set to continue given the expected impact of emerging technologies in fuelling demand for aerospace engineers. It is therefore little surprise that many aerospace engineering graduates remain in the industry, working as aircraft manufacturers for civil and military companies across the globe.

As well as manufacturing companies and the armed forces, employers include government research agencies, regulators and training institutions. Some graduates also work on satellite platforms, supplying satellite-based tools to dozens of developing countries looking to make advances.

Around one graduate in five finds work as a mechanical engineer, and nearly as many find employment in design and development. Some 40 per cent of aerospace engineering graduates hold engineering and building jobs, including those who go on to work in maintenance, automotive and electrical engineering.

Outside aerospace engineering, graduates frequently go on to work in IT, business and quality control. Many choose to work in the wider aviation industry, be it sales, ground crew or air traffic control.

Famous people who studied aerospace engineering

Several astronauts are among the many famous people who studied aerospace engineering at university, including Neil Armstrong, the first man on the moon, Kalpana Chawla, the first Indian-born woman in space and one of the seven astronauts tragically killed in the Space Shuttle Columbia disaster in 2003, and Kevin A. Ford, a United States Air Force colonel who went on to work for NASA.

A. P. J. Abdul Kalam, once president of India and previously a scientist and engineer, Cheick Modibo Diarra, a former prime minister of Mali, and Alan Beckwith, the television and film actor, also took the subject at university.

 

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