Build, test, fly: aeronautical engineering careers

Aeronautical engineering in numbers

• The UK aerospace sector supports around 104,000 jobs, with a £30.5bn turnover and £20bn exports. Productivity rose 25 per cent over the last decade, and median pay is about £48.7k—roughly 39 per cent above the UK average. That’s a strong signal for healthy demand and good wages. (Zenoot)
• Policy tailwinds: the UK sustainable aviation fuel (SAF) mandate will ramp from 2 per cent in 2025 to 10 per cent by 2030, then 22 per cent by 2040, creating real engineering work in fuels, engines, materials and operations. (GOV.UK)
• Beyond airliners, the UK space sector contributes ~£10.1bn in income (excl. DTH), opening pathways in structures, thermal control, guidance and systems integration. (GOV.UK)
• Fun fact for your career scrapbook: the global backlog stood at 15,812 aircraft in Q1 2024—programmes that will need designers, analysts and test engineers for years. (Zenoot)

What’s the difference between aeronautical and aerospace?

Aeronautical engineering mainly focuses on aircraft that operate within Earth’s atmosphere (airliners, helicopters, UAVs/drones, eVTOL). Aerospace engineering includes space systems too (satellites, launch vehicles). There’s a lot of overlap in what you’ll study – skills in flight mechanics, CFD, propulsion, structures and systems integration transfer across both.

What can I do as a graduate engineer?

Early roles mix aircraft design and analysis (loads, fatigue, aerodynamics/CFD), flight mechanics and performance modelling, propulsion and thermofields, avionics and systems integration, plus testing, certification and safety. You’ll switch between lab rigs and laptops, turning data into decisions. 

Typical UK salary bands for aerospace engineering roles range from £27k–£60k as you move from starter to experienced positions

I don’t love maths - is that a problem?

What you really need is consistent practice. You’ll apply maths to real problems (e.g., sizing a wing, estimating thrust, validating a CFD mesh). Expect support workshops, step-by-step derivations and software (MATLAB/Python) to help you connect formulas to design choices. Curiosity and steady effort beat “innate talent.”

What tools will I learn to use?

Typical stack: CAD/CAE, CFD pre/post-processing, MATLAB/Python for data and modelling, instrumentation for lab and flight-test style experiments, and version control (Git). These map directly to early-career roles in aircraft design, test, and analysis.

Ready to turn curiosity into capability? Explore modules, facilities and placement options on the UEL Aeronautical Engineering course page.