Aerospace Computational Engineering MSc

At Cranfield University, the Aerospace Computational Engineering MSc is designed to immerse you in hands-on, practical experiences that go far beyond traditional classroom learning. You’ll develop cutting-edge computational skills, working with advanced software and real-world aerospace applications. The program emphasizes practical problem-solving, giving you the confidence to tackle complex engineering challenges while collaborating with peers and industry experts. Throughout the course, you’ll have access to world-class facilities, digital tools, and research resources that bring theory to life:

• Taught modules, group projects, and individual research projects: Structured to provide 40% taught modules, 20% group project, and 40% individual project experience.

• Advanced computational software: Hands-on experience with programming and numerical methods relevant to fluid and solid mechanics in aerospace applications.

• Group projects: Collaborative projects including digital wind tunnel development, full-aircraft simulations, advanced turbulence modeling, structural analysis, fluid-structure interaction, and integrated digital design.

• Individual research projects: Full-time projects from May to September, often in collaboration with industry partners, allowing in-depth exploration of specialized topics.

• Industry engagement: Internships, industrial seminars, and guest lectures from aerospace companies to ensure learning is current and career-relevant.

• Specialist laboratories: Access to computer-based labs and high-performance computing platforms for testing and simulation.

• Cross-disciplinary learning: Opportunities to interact with students from Computational Fluid Dynamics and Computational and Software Techniques in Engineering MSc programs.

• Research and visualization facilities: Support for advanced visualizations and next-generation computational methods in aerospace.

This program ensures that by graduation, you are not only proficient in theoretical methods but also fully capable of applying them in real-world aerospace engineering environments.

Graduates of the Aerospace Computational Engineering MSc at Cranfield University are highly sought after in the aerospace sector, equipped to tackle complex digital and computational challenges. Typical roles include Aerospace Design Engineer, Computational Fluid Dynamics (CFD) Specialist, Simulation Engineer, and Digital Aerospace Analyst:

• University Services: Cranfield’s Careers and Employability Service offers tailored career guidance, CV support, and access to industry-specific job fairs.

• Employment Stats & Salary: Many graduates secure positions within 6 months of graduation, with starting salaries often ranging from £35,000–£50,000, depending on the role and industry.

• University–Industry Partnerships: The course benefits from close collaboration with leading aerospace organisations through internships, visiting lectures, and industrial seminars, ensuring real-world relevance.

• Long-term Accreditation Value: Cranfield’s programmes are recognised globally, adding significant credibility to your professional profile.

• Graduation Outcomes: Alumni progress into highly specialised roles in aerospace computational engineering, CFD, simulation, and digital design, often with opportunities for leadership positions.

Further Academic Progression:
Students can continue their studies by pursuing PhD research in computational aerospace engineering, fluid dynamics, or digital aerospace systems. This pathway allows graduates to specialise further, contributing to cutting-edge research and advancing to senior technical or academic roles.