Loughborough University

What you'll study

The programme blends advanced engineering topics with management modules to give a rounded understanding of contemporary manufacturing. Core themes include advanced manufacturing processes (including additive manufacturing and precision machining), digital and smart manufacturing (Industry 4.0, sensors, IoT and cyber‑physical systems), automation and robotics, manufacturing systems design, production planning and control, quality and reliability engineering, and materials selection and processing.

Typical taught modules cover subjects such as:

• Advanced Manufacturing Processes and Technologies
• Digital Manufacturing and Industry 4.0
• Manufacturing Systems Engineering and Simulation
• Automation, Robotics and Control for Production
• Lean Production, Six Sigma and Quality Management
• Supply Chain and Operations Management
• Materials and Surface Engineering for Manufacture
• Project and Technology Management

The programme culminates in an individual research or industrially‑focused project/dissertation that allows you to apply learned methods to a real engineering or management problem. Assessment methods typically include coursework, laboratory and simulation work, group design projects, presentations and the final project report.

Entry requirements

Applicants are normally expected to hold an undergraduate degree in engineering, manufacturing, design, materials, or a closely related subject. A UK second‑class honours degree (2:2 or above) or an equivalent international qualification is commonly required; applicants with significant relevant industrial experience may also be considered. Specific modules or demonstrable background in core engineering principles and mathematics are advantageous.

International applicants whose first language is not English will be required to meet the University’s English language requirements; acceptable qualifications include recognised tests such as IELTS, TOEFL or equivalent. Where required, applicants may be asked to supply references, a CV and a personal statement outlining their interest and suitability for the programme.

Career prospects

Graduates move into roles that combine technical manufacturing expertise with managerial responsibility. Common career paths include process or production engineer, manufacturing or operations manager, continuous improvement/lean specialist, automation and robotics engineer, quality and reliability engineer, supply chain planner and project manager. Graduates also work in consultancy, product development and in research and development roles within industry.

The combination of practical manufacturing knowledge and management skills is suited to employment across automotive, aerospace, electronics, medical devices, consumer goods and advanced engineering supply chains, and supports progression to senior engineering and leadership roles.

Why study at Loughborough University

Loughborough has a strong engineering tradition and established links with industry that help connect learning to real manufacturing challenges. The programme benefits from access to dedicated engineering laboratories, workshops and digital manufacturing facilities where students can gain hands‑on experience with machining, additive manufacturing, automation and metrology equipment.

Teaching is informed by active research in advanced manufacturing and systems engineering, and the university’s careers and employer‑engagement teams support networking, placements and recruitment activities. The campus environment and close industry partnerships provide opportunities for collaborative projects, guest lectures from manufacturing professionals and routes into industrial research or consultancy.