Aerospace Manufacturing MSc

Here’s how experiential learning really comes alive in the MSc in Aerospace Manufacturing at Cranfield University — this isn’t about passively reading textbooks. You’ll be designing, testing, collaborating, and applying your skills every step of the way:

From day one, you’ll be using real industry-scale tools, equipment, and software, all backed by Cranfield’s strong connections with leading aerospace companies like Airbus and Rolls-Royce. You’ll have access to specialist laboratories, full-size assembly jigs, robotic cells, and research facilities designed specifically for aerospace manufacturing. The course is structured to mirror how work happens in the real world — through a mix of modules, group work, individual research, site visits, and ongoing engagement with industry.

Here’s a closer look at what that hands-on experience really involves:

• Project-driven learning: The course is built around eight assessed one-week modules, plus a group project (20% of your grade) and an individual research project (40%). That means nearly 60% of your work is practical, project-based, and rooted in real-world challenges.

• Aero-structure Assembly & Systems Installation Laboratory: You’ll have the chance to work on a full-scale wing assembly jig, and explore robotic and collaborative automation cells. This gives you a chance to design, test, and evaluate assembly methods in conditions that closely resemble actual aerospace environments.

• Focus on composites, joining, and automation: You’ll gain hands-on experience with advanced joining techniques, adhesive bonding, jigless assembly, and the simulation of composite processes. You’ll also explore hybrid material joints — for example, carbon fiber connected to metals — and see how automation streamlines production.

• Specialist software and analysis tools: Your studies will include simulation tools, cost-modelling, process optimization software, and metrology tools for quality control, giving you both technical depth and practical insight.

• Industry-sponsored projects: Many group and individual projects are directly tied to real-world problems from aerospace companies. This gives you a chance to tackle actual engineering challenges and see how your solutions could impact the industry.

• Company visits and case studies: You’ll visit aerospace factories, meet engineers on the ground, and see theory applied in practice, bridging classroom learning with real-world operations.

• Balanced teaching approach: About 40% of your time is spent in taught modules, 20% on group projects, and 40% on individual research — giving you plenty of space for independent experimentation and collaborative problem-solving.

• Access to cutting-edge research: Cranfield’s partnerships with advanced research centers like CIMComp (Composites Manufacturing) and Intelligent Automation mean your work is informed by the latest innovations in aerospace technology.

• State-of-the-art facilities: From manufacturing and materials labs to clean rooms, robotic welding labs, and VR/AR simulation facilities, you’ll have the tools to experiment, prototype, and innovate.

By the time you graduate, you won’t just have learned the theory — you’ll leave with a portfolio of real, practical work, strong industry contacts, and experience managing real engineering constraints and trade-offs.

Graduates from the Aerospace Manufacturing MSc at Cranfield University are well-prepared to take on advanced roles in the aerospace sector, where innovation and efficiency are key. You could step into positions such as Aerospace Manufacturing Engineer, Production Systems Manager, or Process Improvement Specialist:

• University Services: Cranfield’s Careers and Employability Service offers tailored support, including career coaching, CV workshops, networking events, and access to industrial mentors.

• Employment Stats & Salary Figures: Graduates from Cranfield’s aerospace programs are highly sought after, with many securing positions in top-tier companies and competitive starting salaries in the range of £35,000–£50,000, depending on experience.

• University–Industry Partnerships: Strong links with global aerospace leaders like Airbus and Rolls-Royce, as well as their supplier networks, ensure that your learning is informed by real-world industry challenges.

• Long-term Accreditation Value: The course is informed by industrial standards and practices, giving graduates an enduring professional edge recognized worldwide.

• Graduation Outcomes: You’ll gain specialist skills in aerospace production systems, project management, and manufacturing innovation, positioning you for leadership roles or consultancy within the aerospace sector.

Further Academic Progression:
After completing the MSc, you could pursue doctoral research (PhD) in aerospace manufacturing, systems engineering, or advanced materials, or explore professional certifications in aerospace quality, project management, or lean manufacturing to further enhance your career trajectory.