The MEng Aerospace Engineering at Queen’s University Belfast is designed to prepare students for advanced roles in aerospace technology, encompassing the design, development, and service of aircraft, spacecraft, and UAVs. The program emphasizes hands-on, project-based learning supported by state-of-the-art facilities, international industry links, and opportunities for overseas experience through exchange programs. Students will study core principles of aerodynamics, propulsion, materials, structural analysis, and systems engineering, progressing through increasingly advanced modules including space mission design, aircraft dynamics, and manufacturing technologies. The course encourages critical thinking, ethical understanding, teamwork, and communication skills, with integration of practical lab work, industry visits, and individual research projects to ensure comprehensive industry readiness. Graduates will be equipped with the knowledge to address future aerospace challenges related to sustainability, noise reduction, and environmental impacts, making them versatile and highly employable in global aerospace sectors.
Why this course is highly recommended
Queen’s Aerospace Engineering course stands out because of its extensive industry connections, emphasis on practical, project-based learning, and international opportunities. The course is accredited by the Royal Aeronautical Society and features collaboration with leading aerospace companies, providing students with valuable industry insights, work placements, and real-world projects. The use of cutting-edge facilities and expert staff, combined with a strong focus on sustainability and innovative technologies, ensures graduates are well-prepared for the evolving aerospace industry. Additionally, the program’s flexibility, including optional modules and extra-curricular activities like flight laboratory sessions, make it a highly attractive choice for aspiring aerospace engineers seeking a comprehensive, globally relevant education.
The program covers a broad range of aerospace disciplines including aerodynamics, propulsion, aircraft and spacecraft design, materials, structural analysis, and automation. Students can choose optional modules such as space mission engineering, advanced manufacturing, and aerospace materials, allowing for tailored pathways aligned with their career goals in industry or research. The course also integrates systems engineering and project management, preparing students for leadership roles in aerospace development.
Application fees
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1st year tuition fees
29.53L
Living cost
Applicants need AAA grades including Mathematics and preferably Physics at A-level, or equivalent qualifications such as the IB diploma with a minimum of 36 points and relevant higher level subjects. Irish applicants should have H2H2H3H3H3H3 with a higher level grade in Mathematics and at least one from Physics, Biology, or Chemistry. Graduates from other recognised qualifications, like a 2:2 Honours Degree, may also apply, provided they meet specific subject criteria. The program requires a good GCSE English Language pass and, where applicable, physics or science at GCSE level for non-Physics A-level applicants.

English language test
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and acceptance rates for international students? Visit the Queen's University Belfast admission page
for complete details.
Graduates of Queen’s Aerospace Engineering program are highly regarded worldwide and can pursue careers in aircraft and spacecraft design, manufacturing, and maintenance, as well as aerospace research and development. They are equipped for roles in industry leaders like Rolls Royce, Airbus, and BAE Systems, or in sectors such as defence, space exploration, and UAV technology. The program's emphasis on practical skills, project management, and industry links also opens pathways into consultancy, project leadership, and academia. The starting salaries for graduates are around £27,000, with many progressing to senior technical or managerial positions, contributing to innovations in sustainable aerospace solutions and environmental impact reduction.