Cranfield University

What you'll study

This programme combines taught modules with laboratory work and a substantial individual research or industrial project. Core themes cover aerospace manufacturing technologies, process engineering, quality and certification, materials and structural joining, and digital manufacturing and Industry 4.0 applications.

• Manufacturing technologies for aerospace – conventional and advanced machining, sheet-metal forming, automated assembly and robotic systems applied to airframe and engine components.
• Composites and joining – composite materials, lay-up and curing processes, adhesive bonding, mechanical fastening and inspection methods for composite-metal assemblies.
• Metrology and process control – precision measurement techniques, non-destructive testing (NDT), statistical process control and in-line metrology for high-precision components.
• Additive manufacturing and advanced materials – powder-bed and directed energy deposition processes, qualification and post-processing of metal and polymer additively manufactured parts.
• Aerospace quality, certification and regulation – regulatory frameworks, certification routes, quality management systems and configuration control specific to the aerospace industry.
• Digital manufacturing and supply-chain integration – CAD/CAM, digital twins, production planning, lean manufacturing principles and supply chain resilience in an aerospace context.
• Group design/project work and industrial case studies – multidisciplinary team projects that simulate real manufacturing challenges and industry collaboration.
• Individual research/industrial project – a major dissertation-scale project, normally undertaken with industrial partners or in Cranfield’s laboratories, focusing on a practical manufacturing problem or innovation.

Teaching methods include lectures, hands-on laboratory sessions in manufacturing and composites facilities, computer-aided process simulation, guest lectures from industry and an extended project that consolidates practical and research skills.

Entry requirements

Applicants are normally expected to hold a UK bachelor’s degree (2:2 or above) or an international equivalent in engineering, aeronautical/aerospace engineering, mechanical engineering, materials science or a closely related discipline. Candidates with substantial relevant industrial experience in manufacturing or production engineering may also be considered.

Typical additional requirements:

• Knowledge of basic materials and manufacturing principles; some modules assume familiarity with engineering mathematics and mechanics.
• English language proficiency for international applicants; an appropriate IELTS or equivalent score is usually required (or evidence of prior instruction in English).
• References and a personal statement outlining motivation and relevant experience; applicants for industry-linked projects may be asked to provide employer support or a project brief.

Career prospects

Graduates go on to technical and managerial roles in aerospace and related industries. Typical career paths include:

• Manufacturing/process engineer, responsible for production methods, tooling and process optimisation.
• Quality and certification engineer, specialising in conformity, NDT and regulatory compliance.
• Materials and composites engineer, working on design-for-manufacture, repair and certification of composite structures.
• Additive manufacturing specialist or AM process engineer, focusing on qualification and integration of AM into production lines.
• Production/operations manager and supply-chain roles, applying lean and digital manufacturing principles.
• Research and development roles or progression to PhD study in manufacturing, materials or aerospace engineering.

The programme’s emphasis on practical laboratory work and an industry-linked project helps graduates demonstrate applied skills sought by OEMs, tier suppliers, maintenance organisations and specialist manufacturing consultancies.

Why study at Cranfield University

Cranfield specialises in postgraduate study and applied research in aerospace and manufacturing, offering courses designed around industry needs. The university provides access to dedicated manufacturing laboratories, composites and materials testing facilities, metrology equipment and workshops that enable hands-on learning and prototyping.

Close links with aerospace companies and research centres mean students benefit from industry input to teaching, guest lectures, collaborative projects and opportunities to work on real production challenges. Small class sizes and a strong emphasis on practical problem-solving and project work make this programme particularly suited to students who want to move directly into technical roles in aerospace manufacturing or to upskill within industry.