Advanced Aerospace Engineering MSc

At Queen Mary, this MSc isn’t just about sitting in lecture halls—it’s about stepping into the real world of aerospace engineering. From day one, you’ll be hands-on with advanced design methods, computational modelling, and experimental research, all while working alongside leading academics in cutting-edge labs.

Where your practical learning comes alive:

Integrated Research Experience
You won’t just be learning about aerospace engineering—you’ll be part of it. As a member of a research team, you’ll dive into a tailored project under the guidance of expert supervisors. This gives you the chance to shape your work around themes that inspire you, whether that’s aerodynamics, propulsion, systems, or aero-structures.

Research Infrastructure that Backs You Up
Your project won’t be limited by resources. You’ll have access to:

• High-performance computing clusters for heavy-duty modelling and simulations.

• Specialist experimental facilities, including wind tunnels and anechoic chambers, where theory meets airflow.

• Flight simulators and a jet-engine test bench, putting propulsion and systems engineering right at your fingertips.

• Micro-injector labs, opening doors to exciting explorations in systems and space engineering.

Accreditation That Matters
Your hard work also carries weight beyond the classroom. The MSc is accredited by both the Royal Aeronautical Society and the Institution of Mechanical Engineers, aligning your learning with professional standards and keeping you on track for Chartered Engineer (CEng) status.

Breaking down your hands-on journey:

• Research Project (90 credits)
  Design and deliver a major research project in your chosen theme, fully supported by QMUL’s labs, workshops, and computational resources.

• High-Performance Computing (HPC)
  Harness HPC clusters for advanced simulations and numerical methods, preparing you for the kind of computational challenges engineers face every day.

• Experimental Facilities

  • Test aerodynamic concepts in wind tunnels and anechoic chambers

  • Explore propulsion and systems in the flight simulator and jet-engine test bench

  • Investigate next-generation technologies in space and micro-injector labs

• Cutting-Edge Labs & Workshops
  Get your hands dirty in labs and workshops where design, experimentation, and testing bring engineering principles to life.

✨ The result? By the time you graduate, you won’t just know aerospace engineering—you’ll have lived it, gaining the kind of practical experience and industry-ready skills that set you apart.

Strong career outcomes
Graduates of Queen Mary’s Advanced Aerospace Engineering MSc leave well prepared to step into specialist engineering and research roles. In fact, around 95% of Engineering & Materials Science postgraduates are in employment or further study within 15 months of graduating—89% of them in highly skilled positions. Typical job titles include Systems Engineer, Design Engineer, Data Engineer, and Graduate Systems Engineer, with alumni working across leading organisations worldwide.

University support to launch your career

• The Industrial Liaison Forum (ILF) is a standout feature—it gives you direct contact with industry through guest lectures, networking events, and even project sponsorships.

• You’ll also have access to dedicated Advice & Counselling services from the very start, offering guidance on funding, scholarships, postgraduate loans, and overall financial planning.

Employment statistics and salary potential
While the university doesn’t publish programme-specific salary data, sector reports show that careers in aerospace engineering typically come with strong progression routes and highly competitive salaries. With opportunities spanning system design, R&D, and advanced engineering, graduates can expect a rewarding long-term career trajectory.

Industry links and partnerships
Your degree is enriched through Queen Mary’s strong employer connections. Graduates have gone on to work with companies like Boeing, British Airways, Collins Aerospace, Deloitte, Goldman Sachs, Huawei, IBM, and Transport for London.
The ILF also brings in case studies and projects from world-leading names including BAe, Rolls-Royce, and DSTL, ensuring your learning stays closely tied to real-world aerospace challenges.

Accreditation for lifelong value
The MSc is professionally accredited by both the Royal Aeronautical Society and the Institution of Mechanical Engineers. This recognition not only validates the quality of your education but also places you firmly on the path towards achieving Chartered Engineer (CEng) status—a benchmark that offers long-term professional credibility across the globe.

Graduate destinations and roles
Alumni from this programme have gone on to secure positions such as:

• Systems Engineer (Maritime & Combat Systems)

• Data Engineer

• Design Engineer

• Graduate Systems Engineer

• Audio Visual Engineer

• Process Engineer

• Stress Engineer

• IT Analyst

These roles span industries ranging from aerospace and defence to technology, transport, and research—showing the versatility and demand for the skills you’ll develop at Queen Mary.