This course combines core aerospace engineering topics with pilot studies modules, giving students the skills to design, build, test, and fly aircraft. Alongside traditional subjects like aerodynamics, aerostructures, flight dynamics, propulsion, avionics, aerospace materials, and aircraft design, students also develop flying skills through flight training, using the students’ pilots lab, and joining the Flight Simulation Group. The program aims to prepare students for roles in designing and maintaining aircraft and space vehicles, whether within or outside Earth's atmosphere. Completing this program, students can demonstrate their ability to handle various aerospace challenges and innovative research projects. The curriculum is designed to provide a comprehensive foundation, combining theory and practical flying experience, culminating in a qualification that is recognized by professional bodies such as the Royal Aeronautical Society and the Institution of Mechanical Engineers, aiding students on the path to Chartered Engineer status.
Why this course is highly recommended
This program is highly valued because it offers a comprehensive aerospace education combined with hands-on pilot training. The access to flight simulators, labs, and the national flying laboratory aircraft enhances practical experience. Its accreditation and strong links with professional engineering institutions ensure it meets industry standards. Employers recognize this degree as valuable, especially given the emphasis on research, innovation, and real-world skills in aircraft design, flight testing, and systems engineering. The potential to spend a year abroad or participate in industry placements further strengthens employability.
The course offers a unique blend of aerospace engineering and pilot studies, allowing students to specialise not only in aircraft design and systems but also in acquiring practical flying skills. This dual focus prepares students to work in technical design, flight testing, and operational roles within the aerospace industry, with opportunities to pursue further specialisation through optional modules like spaceflight and rotorcraft flight in the final years.
Application fees
30.72L
1st year tuition fees
30.72L
Living cost
Applicants generally need AAB at A-level, including Mathematics and a second science, with potential reductions for applicants holding the Extended Project Qualification or during contextual offers. GCSE requirements include a grade 4/C in English and Mathematics. Acceptable science subjects include Biology, Chemistry, Computing, and others. Alternative qualifications like the BTEC Level 3 Extended Certificate with high grades, or the International Baccalaureate with suitable scores, are also considered. For international applicants, proficiency in English must be demonstrated through tests like IELTS with a score of 6.0 overall or equivalent.

English language test
Want to learn more about the admission process, eligibility criteria,
and acceptance rates for international students? Visit the University of Liverpool admission page
for complete details.
Graduates are equipped to work across aerospace industries, including airline operations, armed forces, government research agencies such as the Ministry of Defence, and major aerospace companies like Rolls Royce and BAE Systems. They can pursue roles in aircraft and satellite development, maintenance, flight testing, systems engineering, and research. Many graduates find meaningful employment in defence, aviation, and government sectors, with some entrepreneurs establishing their own companies or leading innovative projects in aerospace technology.