The University of Nottingham's MEng Aerospace Engineering is a four-year, on-campus program ideal for students interested in flight science, aircraft design, and manufacturing. Taught by world-leading researchers, the course equips you with advanced technical expertise, hands-on project experience, and strong industry connections to launch your aerospace engineering career.
Curriculum structure:
Year 1: Build a solid foundation in engineering analysis and aircraft technology through practical design exercises and lab sessions. Key modules include Aerospace Aerodynamics and Aerospace Statics and Dynamics, providing a strong understanding of flight physics and structural behaviour.
Year 2: Deepen your knowledge with core modules such as Aircraft Design and Performance and Aerospace Design and Materials. You’ll work on group projects and lab work to enhance technical ability and teamwork.
Year 3: Take part in group design projects and study core modules in Computer Modelling, Engineering Management, and Professional Certification. You’ll also choose from optional streams like aeromechanics, aeroelectrical, or general aerospace.
Year 4: Undertake an independent research project and select from advanced technical and managerial modules tailored to your interests. This year develops your readiness for professional engineering practice.
Focus areas: Aerodynamics, Avionics, Flight Mechanics, Human Factors, Aircraft Design, Propulsion, Systems
Learning outcomes: Advanced technical knowledge, practical engineering skills, project management, teamwork, industry readiness
Professional alignment (accreditation): The MEng is the preferred route to Chartered Engineer status and meets the academic requirements of the Royal Aeronautical Society.
Reputation (employability rankings): Top 10 in the UK for Aerospace Engineering (Guardian University Guide 2024, Complete University Guide 2024)
You’ll gain practical skills in Nottingham’s outstanding aerospace engineering facilities, designed for hands-on learning and bridging theory with real-world application. The department features industry-standard equipment and collaborative environments for designing, building, and testing aerospace systems. You'll have access to:
ALSIM AL250 Flight Simulator: One of the only UK university simulators with bespoke flight models, used in advanced flight dynamics modules and individual projects, plus four Next Level Flight Simulator Cockpits for immersive training
Wind Tunnels: First-rate teaching wind tunnels, including a novel closed-return wind tunnel with rolling-road facility, for aerodynamics testing and student-driven UAV/drone projects
Space Lab: Satellite tracking facilities, CubeSat simulators, and a magnetic resonance simulator, complementing modules like 'Introduction to Space' and international CubeSat competitions
Aerospace Design Studio & Project Design and Make Room: Dedicated facilities for collaborative design, prototyping, and large-scale production via 3D printers
Teaching in jet engines and access to specialist research laboratories, including the Aerospace Research Centre and Aircraft Electric Power Systems Innovations Laboratory
Institute for Aerospace Technology (IAT): A world-class research institute in support of advanced learning and innovation, with over 400 aerospace professionals and £75 million of projects
Guest lectures from industry, company visits, and placement opportunities with Airbus, Boeing, and Rolls-Royce
Graduates of the MEng Aerospace Engineering at Nottingham are highly employable, with strong technical and leadership skills for aerospace and related sectors. Typical job roles include Aerospace Engineer, Design Engineer, and Project Manager.
You’ll benefit from:
Industry engagement: Placement and networking opportunities with leading employers like Airbus, Boeing, and Rolls-Royce Aerospace
Career support services: Dedicated Careers and Employability Team for support
Professional accreditation: Accredited degree (pending), supporting your pathway to Chartered Engineer status
Reputation and employability: The University’s strong reputation and high employability rankings
Further Academic Progress: Candidates can pursue postgraduate education in areas like MSc Aerospace Engineering, Aeronautics, or Astronautics. The technical depth of the curriculum also leads to areas of AI & Data Science, Management, and Technical Development.
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