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The MEng Aerospace Engineering course at the University of Bristol merges advanced theory with hands-on practice to prepare students to develop solutions for future challenges facing aircraft, spacecraft, and renewable energy systems. This four-year program encompasses aerodynamics, structures, dynamics, and systems design, where theory is appraised holistically against demanding electives, industry projects, and opportunities integrative of research. Having been accredited through the Royal Aeronautical Society, the MEng Aerospace Engineering course graduates are thereby equipped with the knowledge and skills to assume leadership roles in aerospace innovation and management.
Curriculum Structure
Year 1: Core principles in engineering, which include Aerospace Design, Fluid Mechanics, Structures, and Materials Science, coupled with interdisciplinary projects involving some mechanical and civil engineering.
Year 2: Core modules focusing on Aircraft Performance, Avionics, and Space Systems Engineering, combined with one major design-build-test group project with advanced labs.
Year 3: A major big challenge project (e.g., UAV automated landing, space mission design) and advanced topics like Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA).
Year 4: An industry-oriented group design project (e.g., hydrogen-powered aircraft, interplanetary missions) and optional units in helicopter aerodynamics, renewable energy, or space systems design.
Focus areas: Aerodynamics, structural mechanics, control systems, sustainable aerospace design, and space mission engineering.
Learning outcomes: Technical analysis, working in teams, problem-solving, and using aerospace systems software appropriate to industrial practice.
Accreditation: Fully accredited by the RAeS with regard to the Chartered Engineer (CEng) requirement.
Reputation: Ranked among the top aerospace programs in the UK, with solid industry links and a graduate employability further
As an MEng Aerospace Engineering student at the University of Bristol, you’ll develop practical skills using some of the UK’s most advanced aerodynamic and aeroacoustic research facilities. The Faculty of Engineering houses a suite of unique wind tunnels and high-tech laboratories, giving you direct experience with industry-standard equipment and experimental methods. These hands-on opportunities are central to coursework, group projects, and research collaborations, ensuring you graduate with both technical expertise and real-world problem-solving abilities.
Access to multiple wind tunnels, including:
Aeroacoustic wind tunnel (part of the National Wind Tunnel Facility)
Low-turbulence wind tunnel
Pressure-neutral acoustic wind tunnel for propeller research
High-speed subsonic and supersonic jet facility
Large 7’x5’ close-circuit wind tunnel with gust generator and advanced force balance for dynamics and aeroelasticity
State-of-the-art measurement equipment: microphone arrays, time-resolved laser flow diagnostics, 6-axis load cells, and motion tracking devices
National Boundary Layer Wind Tunnel and national propeller testbed for advanced flow and noise research
Opportunities to use the Satellite Lab for satellite subsystem testing and zero-gravity simulation
Group design-build-test projects using industry-standard software and digital tools
Research placements and collaborations with leading industry partners such as Dowty Propellers, Airbus, and Rolls-Royce
Access to the Isambard-AI supercomputer for high-performance simulations and machine learning in aerospace applications
General Engineering Student Laboratory for hands-on teaching and collaborative workshops
Graduates of the MEng Aerospace Engineering at Bristol enjoy excellent prospects, with a broad skillset preparing them for leadership roles in aerospace and related sectors. Typical job roles include Aerospace Engineer, Design Engineer, Manufacturing Systems Engineer, and Researcher.
You’ll benefit from:
Career support services: A dedicated Industrial Liaison Office for career support and employer networking.
Industry partnerships: Strong industry partnerships with local and national aerospace companies.
Professional accreditation: Accredited status by RAeS, paving the way for Chartered Engineer registration.
Sector reputation: The University's strong reputation in the aerospace sector and high employability ratings.
Academic Progression: Students can progress to postgraduate study in areas such as MSc Aerospace Engineering, Aeronautics, or Astronautics. The technical rigour of the course also offers opportunities in areas such as AI & Data Science, Management, and Technical Development.
10th Grade transcript and 12th Grade predicted from school counselorOfficial copy of English language proficiency testUCAS 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: A*AA including Mathematics and PhysicsInternational Baccalaureate: 38 points with 18 at Higher Level, including Maths and PhysicsGCE A-levels, AS levels, or equivalent acceptedApplicants must pass the practical element of any Science A-Level takenPortfolio, project links, or YouTube channel to enhance your application (optional)Aerospace EngineerFlight Systems DesignerAvionics EngineerSpacecraft DesignerUAV Systems EngineerPropulsion EngineerResearch ScientistAircraft Structures AnalystTest EngineerRenewable Energy Technologist
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University of Bristol
