Cranfield University

What you'll study

The programme combines theoretical foundations with practical engineering skills across the key disciplines that underpin modern guided weapon systems. You will study guidance, navigation and control theory; seeker and sensor technologies (electro‑optical, infrared, radar and multispectral sensors); terminal guidance and homing techniques; propulsion and aerodynamics for tactical systems; and signal processing and target discrimination. Systems engineering, safety, reliability and integration are emphasised so you can understand the whole weapon system lifecycle from requirements to deployment.

Teaching typically includes a mixture of lectures, laboratory work, computer simulation and practical workshops. Modules commonly covered are:

• Guidance, Navigation and Control
• Seeker and Sensor Technologies
• Signal Processing and Targeting Algorithms
• Flight Dynamics and Aerodynamics for Tactical Vehicles
• Propulsion and Energetics
• Systems Engineering and Integration
• Test, Evaluation and Certification Methods
• Modelling, Simulation and Digital Twin Techniques
• Safety, Legal and Ethical Considerations in Defence Systems

The MSc culminates in an individual major project or dissertation that gives you the opportunity to apply your learning to a substantial engineering challenge, often in collaboration with industry or research partners. Part‑time and distance learning routes may be available for experienced practitioners.

Entry requirements

Applicants are normally expected to hold a good honours degree (2:2 or above) or equivalent in an engineering discipline (aeronautical, mechanical, electrical/electronic), physics, mathematics or another closely related subject. Applicants with significant relevant industrial experience or professional qualifications may be considered on a case‑by‑case basis.

Because the programme includes advanced mathematical and computational content, incoming students should be comfortable with calculus, linear algebra and basic control theory. International applicants whose first language is not English will be expected to meet the university's standard English language requirements.

Career prospects

Graduates of this programme are well placed for technical and engineering roles in the defence and aerospace sectors. Typical career paths include weapon and guidance system design, seeker and sensor development, systems engineering, flight test and integration, modelling and simulation, and test and evaluation. Employers include defence primes, specialist SMEs, national research establishments, government agencies, and consultancies working on related technologies. The combination of theoretical knowledge and hands‑on project experience also provides a suitable foundation for doctoral research or advanced technical leadership roles.

Why study at Cranfield University

Cranfield has a long-established reputation for postgraduate engineering and defence education, with strong links to industry and government research organisations. The university's teaching is practice‑oriented and delivered by academics and experienced practitioners who work on real defence and aerospace problems. Students benefit from specialised facilities and laboratories for sensors, guidance and propulsion, as well as opportunities for project work with industrial partners and research centres.

Small cohort sizes encourage intensive supervision and close contact with faculty, while the programme's systems focus reflects Cranfield's emphasis on integration, test and evaluation — key capabilities for careers in guided weapon systems. The course is designed to provide both the technical depth and the practical experience sought by employers in this specialised field.