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The St George's, University of London MEng (Hons) Aerospace Engineering (taught in collaboration with City, University of London) is a four-year, on-campus integrated master's degree for students seeking higher-level proficiency in the design, construction, and testing of aerospace vehicles and systems. The course develops high-level analytical, design, and operational skills with a strong focus on sustainable, innovative engineering and real-world industry engagement.
Curriculum structure:
Year 1: You’ll build a foundation in mathematics, engineering, physics, and computing, with modules such as Engineering in Society (Social Responsibility), Engineering Design 1, Mechanics of Materials and Manufacturing, Electronics, Introduction to Programming, Engineering Science, Mathematics 1, and Introduction to Thermodynamics and Fluid Mechanics.
Year 2: You’ll study composite material design, structural stability, airflow behaviour, data analysis, and the circular economy. Core modules include The Engineer in Society (Sustainability and Circular Economy), Mathematics 2, Engineering Design 2, Fluid Mechanics, Structures and Materials, Thermodynamics, Mechatronics and Systems, and Data Analysis for Engineers.
Year 3: You’ll focus on applied aircraft analysis and design, sustainable manufacturing, and zero-emission flight. Modules include an Individual Project, Aerospace Engineering in Society, Composite Analysis and Manufacturing, Aerospace Propulsion, Gas Dynamics, Flight Mechanics, and Telecommunication Systems.
Year 4: You’ll transition to professional practice with an integrated group design project and advanced modules: Aerospace Engineering Practice in Society, Computational Fluid Dynamics, Structural Dynamics and Aeroelasticity, Advanced Aerodynamics, Electric and Hybrid Vehicles, Robotics Imaging and Vision, Unmanned Aerial Systems, Composite Assembly and Joining, Airworthiness and Maintenance, Entrepreneurship, Gas Turbine Engineering, Machine Learning, and Digital Communication Systems.
Focus areas: Aerodynamics, propulsion, structures, flight mechanics, composite analysis, computational methods, sustainability, robotics, unmanned aerial systems, engineering management.
Learning outcomes: Mastery in aerospace engineering principles, advanced analysis and design, leadership, teamwork, project management, and preparation for Chartered Engineer status and senior industry positions.
Professional alignment (accreditation): Expected full accreditation by the Royal Aeronautical Society (RAeS), in support of Chartered Engineer (CEng) status.
Reputation (employability rankings): Graduates are in demand from top employers such as BAE Systems, Airbus, Rolls Royce, Raytheon, Bombardier, and Dassault. Engineering graduates earn average salaries of £30,500 three years after graduation. The high employability in air transport, defence, and space is ensured by the course's strong industry links and multidisciplinary approach.
St George’s University of London, through its partnership with City, University of London, offers some of the UK’s most advanced and historic aerospace research facilities. The Aeronautics and Aerospace Research Centre is internationally recognised for both its legacy and its cutting-edge resources, supporting world-class research and education in sustainable aviation and space exploration.
Key Facilities:
Four wind tunnels: Including low turbulence and high-speed tunnels, part of the UK National Wind Tunnel Facility, enabling advanced aerodynamic testing and research on both traditional and innovative aircraft and UAV designs.
One water tunnel: Used for fluid dynamics research and flow visualisation.
Two flight simulators: One is a full Airbus A320 flight deck simulator; the other is a dynamic small aircraft simulator. These simulators support both research and student training in flight operations, systems, and human factors.
Handley Lab: Houses advanced optical flow measurement technologies (wall shear-stress sensors, 3-D Particle Image Velocimetry (PIV), BOS Schlieren), purpose-built test rigs, and high-performance computational resources (including a dedicated supercomputer) for Direct Numerical Simulation (DNS) and Large Eddy Simulation (LES) of aerodynamic and aeroacoustic phenomena.
Simulation lab: Supports research and teaching in big data, AI, optimisation, gaming theory, and virtual/augmented reality for aviation and space applications.
Composite materials and adaptive structures labs: Enable the development and testing of nature-inspired flow optimisation strategies, composite material design, health-monitoring, and self-healing technologies for next-generation aerospace structures.
Graduates of the BEng (Hons) Aerospace Engineering at St George’s, University of London (delivered with City, University of London) are highly employable, moving into roles such as aerospace engineer, aircraft designer, flight test engineer, propulsion engineer, and manufacturing engineer. Alumni have secured positions with leading employers including BAE Systems, Airbus, Rolls Royce, Raytheon, Bombardier, and Dassault, reflecting the course’s strong industry reputation.
You’ll benefit from:
Accredited degree: The program is expected to receive full accreditation from the Royal Aeronautical Society (RAeS), supporting your pathway to Chartered Engineer (CEng) registration
Strong industry partnerships: Direct links with BAE Systems, Airbus, Rolls Royce, Raytheon, Bombardier, and Dassault provide access to guest lectures, industry projects, and placement opportunities. Recent placement students have worked at BAE Systems, Rolls Royce, and Airbus
Hands-on experience: Study in world-class facilities, including low turbulence and high-speed wind tunnels (part of the UK National Wind Tunnel Facility), state-of-the-art experimental equipment, and advanced computational fluid solvers developed and supported by global experts
Real-world projects and placements: The curriculum features challenging design projects and the option for a year-long industrial placement, enhancing your employability and practical skills
Dedicated career support: Benefit from networking events, employability workshops, and tailored guidance to help you secure graduate roles in the aerospace sector
Graduate outcomes: The average salary for engineering graduates from City St George’s is £30,500 three years after graduation, with salaries rising as you gain experience. 80% of graduates are in work or further study 15 months after finishing the course.
Further Academic Progression: Students can proceed to doctoral (PhD) studies in Aerospace Engineering, Aeronautics, or related fields, or progress to senior roles in industry, supported by the MEng (Hons) Aerospace Engineering course's strong technical and research foundation.
10th Grade transcript and 12th Grade predicted from school counselorEnglish test results: IELTS 6.0 (no band below 5.5), TOEFL iBT 80UCAS Personal Statement upto 600 wordsOne teacher's letter of recommendationEducational Resume showcasing all extracurriculars, internships, projects, etc Participation in STEM fairs, Olympiads, or national-level engineering contests is encouragedPrior hands-on experience in model aircraft or robotics competitions is beneficialA-levels: BBB (including Mathematics)International Baccalaureate: 30 points with 'Higher Level Mathematics at grade 5' OR 'Standard Level Mathematics at grade 7 AND Higher Level Physics/Biology/Chemistry at grade 5' and minimum of grade 5 in Standard Level EnglishGCSE: A minimum of grade 4 (C) in English Language and Mathematics in addition to other outlined requirementsTariff points (UCAS): 120 pointsPortfolio, project links, or YouTube channel to enhance your application (optional)Application via UCASAerospace EngineerDesign EngineerMechanical EngineerCertification and Airworthiness EngineerProject ManagerResearch EngineerSystems EngineerFlight Test EngineerPropulsion EngineerMaintenance Engineer
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St Georges University of London
