Aerospace Engineering is a specialist field with strong graduate employment prospects and competitive salaries. Average graduate earnings range from £28,000 to £37,000, with placement opportunities at major aerospace firms, defence contractors, and engineering consultancies. This ranking covers 31 UK universities offering aerospace engineering degrees.
Our 2026 rankings score all universities across eleven factors including graduate level employment, UCAS entry tariff, placement year availability and continuation rates, all weighted by what real student responses tell us matters most. Aerospace engineering places strong emphasis on research quality, facilities, and industry connections, which are reflected in teaching quality and placement opportunities.
Aerospace engineering is one of the most geographically concentrated subjects in the UK. Universities near major aerospace hubs like Bristol, Filton, and the South Coast attract stronger industry partnerships and placement offers. Beyond location, look for departments with significant research output and links to companies like Rolls Royce, BAE Systems, and Airbus. A placement year is particularly valuable in this field.
What to look for in an Aerospace Engineering degree
Aerospace engineering is a rigorous and specialized field requiring strong technical foundations and access to excellent facilities. The quality of your degree depends heavily on research output, industry partnerships, and practical experience opportunities. Here is what you should focus on when choosing a programme.
Research quality and facilities
Aerospace engineering departments with strong research funding and world class facilities (wind tunnels, flight simulators, computational resources) provide significantly better learning experiences. Look for universities with high research income, active research groups in areas like aerodynamics, propulsion, structures, and flight control. Access to these facilities often determines hands on learning and graduate employer perception.
Industry partnerships and placement opportunities
Proximity to major aerospace firms (Rolls Royce, BAE Systems, Airbus, Thales, QinetiQ) and active industry partnerships are critical. Universities in regions with strong aerospace clusters (Bristol, Filton, South Coast, Manchester) tend to have better internship and graduate placement opportunities. A placement year is particularly valuable in aerospace and frequently converts to graduate employment offers.
Specialisation pathways and breadth
Leading aerospace programmes offer options in aerodynamics, propulsion, structural design, avionics, and space systems. Breadth in the first years and specialisation choices in later years give you flexibility to discover your area of interest. Teaching quality above 85% indicates strong engagement with current industry practice and emerging technologies.
Graduate employment and earnings
Aerospace engineering has strong graduate employment outcomes, typically in professional roles at major contractors or consultancies. Entry salaries range from £28,000 to £37,000, with significant progression potential. Universities with higher placement rates and graduate level employment demonstrate strong employer relationships and curriculum relevance.
Worth knowing: Aerospace engineering is highly location dependent. Universities near major aerospace clusters consistently place graduates more effectively. The field also values practical experience highly, so look for programmes with active design competitions (like Formula Student and small satellite projects), student run projects, and strong placement support.
Career prospects after Aerospace Engineering
Aerospace engineering graduates have strong career prospects in multiple sectors. Typical graduate destinations include:
- Commercial aerospace manufacturers including Airbus, Boeing, Bombardier roles in design, analysis, manufacturing, and quality assurance
- Defence contractors including BAE Systems, Thales, Lockheed Martin, General Dynamics on military aircraft and systems programmes
- Engine manufacturers and suppliers including Rolls Royce, Pratt and Whitney, GE, MTU Aero Engines in propulsion systems
- Space and satellite sector including ESA, space agencies, and commercial companies like SpaceX, OneWeb, emerging space firms
- Consultancy and engineering services including specialist aerospace consultancies offering design, analysis, and engineering support to prime contractors
- Maintenance, repair and overhaul (MRO) including companies providing in service support for commercial and military aircraft fleets
- Further study such as MSc in specialized aeronautics topics, flight dynamics, space engineering, or MBA pathways into aerospace management
How we ranked these universities
Every university is scored across eleven factors and min max normalised so no outlier skews the results. Our 2026 model includes four course level metrics: graduate level employment rate, UCAS entry tariff, placement year availability, and student continuation rate. All weights reflect real student responses: graduate outcomes carry the most weight, followed by earnings, teaching quality, and academic support. Research quality and industry connections are reflected in teaching quality scores and employment outcomes.
No university has paid to appear in this ranking. Read our full methodology →
Frequently asked questions
Our 2026 student led rankings place the University of Southampton, University of Surrey, and University of Bath among the top universities for Aerospace Engineering, scoring highly across graduate outcomes, teaching quality, earnings, and industry connections. Bristol and Manchester also rank highly due to their proximity to aerospace clusters and research output. Check our full table above for the complete picture.
Yes. Aerospace engineering is a highly specialist field with strong graduate employment prospects and competitive starting salaries (£28,000–£37,000). The UK has a world class aerospace industry with major employers including Rolls Royce, BAE Systems, Airbus, and Thales. Graduates have excellent career progression, particularly those with placement year experience and professional certifications.
Maths and Physics are required or strongly preferred at virtually all universities. A-level Maths, Further Maths, and Physics meet entry requirements for top universities. Some universities accept strong performance in Design and Technology or Engineering as additional context. Entry tariffs range widely (from around 100 to 180+ UCAS points depending on university prestige and location).
Based on our data, average graduate salaries range from £28,000 to £37,000 at 15 months post graduation. Starting salaries at major aerospace contractors and manufacturers typically range from £28,000 to £35,000. Graduate scheme roles at Rolls Royce, BAE Systems, and Airbus often start at £26,000–£30,000 with rapid progression as you gain professional qualifications and experience.
Common graduate destinations include roles as design engineers at aircraft manufacturers, propulsion engineers at engine companies, avionics engineers on flight systems, structural engineers on airframes, and systems engineers on complex integrated projects. Space sector roles include satellite design and mission operations. Defence contractors offer opportunities on military aircraft and systems programmes.
Yes, highly recommended. A placement year at a major aerospace firm provides invaluable industry experience, professional networks, and frequently converts into a graduate return offer. Around half of UK universities offer placement year options in aerospace engineering. Graduates with placement experience are significantly more competitive for graduate schemes and often earn slightly higher starting salaries.
Yes, significantly. Universities near major aerospace clusters (Bristol, Filton, South Coast, Manchester, Derby, East Midlands) have stronger industry partnerships, better placement access, and more internship opportunities. Proximity to Rolls Royce Derby, BAE Systems Filton, and Airbus Bristol makes a real difference in graduate placement rates and salary outcomes. However, excellent aerospace programmes exist across the UK.
Many aerospace engineers pursue Chartered Engineer (CEng) status through the Royal Aeronautical Society or Engineering Council. IET membership and CPD are important for career progression. Some specializations require additional certifications, such as quality assurance, avionics, or maintenance engineering. Most major employers support professional development and fund relevant qualifications during early career years.
