Cranfield University

What you'll study

The programme emphasises systems-level understanding of aircraft and airborne systems, combining theoretical modules with applied laboratory work and a substantial individual project. Teaching covers the lifecycle of aerosystems from concept and design through integration, verification, certification and support.

• Systems Engineering and Architecture — requirements definition, systems modelling, functional allocation and architecture development for complex aerospace platforms.
• Avionics and Flight Control Systems — sensors, navigation, aircraft data networks, flight control laws and embedded systems.
• Aircraft Performance, Aerodynamics and Propulsion Integration — fundamentals of performance and how propulsion affects system-level design and operation.
• Structures, Materials and Loading — basics of airframe structures, load paths and material selection relevant to integrated systems design.
• Reliability, Safety and Airworthiness — safety assessment methods, reliability engineering, certification processes and continuing airworthiness.
• Systems Integration, Verification and Test — integration planning, ground and flight testing, instrumentation and data analysis, hardware-in-the-loop and simulation techniques.
• Modelling, Simulation and Digital Engineering — model-based systems engineering (MBSE), simulation tools and digital twins for performance and mission analysis.
• Group and Individual Project Work — applied team design exercises and an independent research or industry-focused thesis that typically uses campus labs, flight-test assets or industrial partner facilities.

Practical elements make use of Cranfield's aerospace facilities, including flight test platforms, simulators and specialist laboratories, so students gain hands-on experience of sensors, instrumentation and test campaigns.

Entry requirements

Applicants normally need a good honours degree (equivalent to a UK upper second class, 2:1) in engineering, aerospace, physics, mathematics or a closely related science. Candidates with a lower second class degree plus relevant industrial experience may be considered. Professional experience in aerospace or defence can strengthen an application. All applicants whose first language is not English must demonstrate competence in English; Cranfield typically expects an internationally recognised test score at a postgraduate level (for example an overall IELTS score commonly required for master's degrees) or equivalent evidence of proficiency. Shortlisting may include review of academic transcripts, a statement of purpose and references, and some applicants may be invited for interview or a pre-entry discussion.

Career prospects

Graduates move into roles across the aerospace sector and related industries. Typical job titles and sectors include:

• Aircraft systems engineer or systems architect with OEMs and airframers.
• Avionics engineer, flight-control engineer or embedded systems developer for avionics suppliers.
• Integration, verification and test engineer working on ground and flight test campaigns.
• Certification, airworthiness and continuing airworthiness engineer with regulators, airworthiness authorities or operators.
• Uncrewed aerial systems (UAS) systems engineer and mission systems specialist.
• Engineering project manager, systems consultant or technical specialist in defence, aerospace supply chains and technology consultancies.
• Research and development roles in industrial research centres or doctoral study in aerospace systems-related topics.

Cranfield's relationships with industry and its applied project work help students build contacts with employers across the supply chain, from Tier 1 suppliers to airlines, defence organisations and regulatory bodies.

Why study at Cranfield University

Cranfield is a specialist postgraduate university with a strong focus on applied engineering and close links to the aerospace industry. The university operates on an airport campus with dedicated flight-test capability, simulators and specialist laboratories that allow practical, hands-on learning and real-world test experience. Teaching staff are research-active and often have industry experience, which helps align course material with current practice and industrial needs.

Students benefit from project opportunities with industrial partners across the aerospace ecosystem, access to technical facilities for systems integration and testing, and a professional network built through guest lectures, industry-led projects and career support tailored to the sector.