Keele University

What you'll study

This integrated masters programme builds from core engineering principles to advanced, discipline-focused topics over an extended degree. In early years you will cover foundational subjects such as mathematics for engineers, mechanics, materials, electrical principles, thermodynamics and computer-aided design. Practical laboratory classes, workshop sessions and introductory design projects are embedded to develop applied skills.

Progressing through the programme, modules introduce systems engineering, fluid mechanics, control and instrumentation, sustainable energy technologies, advanced materials and manufacturing processes. Group design projects and individual research-led assignments increase in complexity, culminating in a substantial masters-level research project or industrially-linked design dissertation in the final year.

The course structure emphasises multidisciplinary learning and professional skills: engineering management, project planning, communication, ethics and innovation are integrated throughout. Students typically have opportunities for short industrial placements, live consultancy briefs with regional firms, and access to Keele’s laboratories and computing facilities to support experimental and simulation work.

Entry requirements

Typical applicants will have a strong background in mathematics and at least one science or technology subject from A-level, Scottish Highers, an appropriate BTEC or equivalent international qualification. Keele also welcomes mature students and those with relevant vocational experience; such applicants may be considered on the basis of prior learning or a foundation pathway.

For entry to the later, masters stage as a progression route, students normally need to achieve the required performance in the undergraduate years of the integrated programme. International applicants should demonstrate English language proficiency in line with Keele's standard entry expectations.

Career prospects

Graduates of the integrated masters are well placed for roles across engineering sectors including design, product development, manufacturing, systems integration, energy and environmental engineering, and consultancy. The extended masters award supports progression towards professional registration (for example, Chartered Engineer) when combined with appropriate workplace experience.

Typical job titles include graduate design engineer, project engineer, research and development engineer, process engineer and application engineer. Alumni also move into related areas such as technical sales, programme management, further research (PhD) and entrepreneurship in engineering technology start-ups.

Why study at Keele University

Keele offers a campus-based learning environment with close-knit cohorts, which supports collaborative group work and close staff-student interaction. The university places emphasis on practical, hands-on teaching supported by dedicated engineering labs, workshops and computing resources suitable for modelling and experimentation.

The School promotes interdisciplinary teaching and encourages links with local and regional industry to provide real-world project experience and placement opportunities. Students benefit from personal tutor support, professional skills development embedded across the curriculum, and access to wider university services including careers guidance to help transition into employment or further study.