Cranfield University

What you'll study

The programme combines theoretical fundamentals with practical application across materials, mechanics, design and manufacturing. Core themes include composite material behaviour, structural analysis, damage tolerance and repair, manufacturing technologies and full life-cycle considerations for lightweight structures.

• Composite Materials and Manufacture – material selection, fibre architectures, resin systems, prepreg and out-of-autoclave processes, automated fibre placement, infusion and thermoplastic methods.
• Structural Mechanics and Analysis – micromechanics, laminate theory, finite element analysis for composite structures, buckling and stability of thin-walled components.
• Damage, Durability and Repair – impact damage, fatigue, environmental degradation, non-destructive inspection methods and approved repair techniques.
• Design for Certification and Safety – certification requirements, structural testing, damage tolerance philosophy and regulatory considerations for aerospace and other regulated industries.
• Advanced Manufacturing and Process Control – process modelling, quality assurance, production scale-up, automation and lean manufacturing principles applied to composites.
• Research Project / Individual Thesis – a substantial research or industry-linked project that applies taught knowledge to a practical problem, often carried out in collaboration with industrial partners or using Cranfield facilities.

Teaching methods include lectures, hands-on laboratory sessions, design studios, computational workshops and visits to industry or manufacturing facilities. Assessment is by coursework, reports, design assignments, practical evaluations and the final project.

Entry requirements

Applicants are normally expected to hold a second-class honours degree (2:1 or 2:2, depending on relevant experience) or an equivalent qualification in mechanical engineering, aerospace engineering, materials engineering or a closely related discipline. Candidates with significant industrial experience in composites, manufacturing or structural engineering may be considered even if their first degree is in a different subject.

• Relevant professional experience and demonstrable practical skills in materials, CAD/CAE, manufacturing or testing strengthen an application.
• Applicants whose first language is not English will need to meet Cranfield's English language requirements as set by the university.
• Some modules assume prior knowledge of mechanics, materials science and basic numerical methods; short preparatory courses or bridging modules may be advised for applicants without this background.

Career prospects

Graduates move into roles across sectors where lightweighting and composites are critical. Typical positions include structural design engineer, composite materials engineer, manufacturing engineer, certification and airworthiness specialist, quality engineer, research and development engineer, and project manager.

• Aerospace and defence: design and analysis of primary and secondary structures, certification and repair programmes.
• Automotive and motorsport: lightweight body-in-white, crash structures, and process automation for composites production.
• Renewable energy and marine: wind turbine blades, hull and structural components made from advanced composites.
• Consultancy, testing and inspection services: materials testing, non-destructive evaluation and failure investigation.
• R&D and academia: doctoral study or research roles focused on novel materials, manufacturing methods and computational modelling.

Why study at Cranfield University

Cranfield is a specialist postgraduate university with a strong focus on engineering and applied research. The university has dedicated facilities for composite manufacture and testing, including autoclaves, automated layup equipment and structural test rigs, which support hands-on learning and industrially relevant research.

• Close links with aerospace, automotive and industrial partners provide opportunities for industry projects, placements and collaborative research.
• Access to multidisciplinary expertise across materials, dynamics, design and manufacturing means students learn integrated approaches to lightweight structure challenges.
• Cranfield's emphasis on applied engineering and professional development helps graduates move quickly into technical and leadership roles within industry.