Keele University

What you'll study

This integrated masters programme builds from core engineering fundamentals to advanced topics and an extended research or design project. Early years typically cover mathematics for engineers, mechanics (statics and dynamics), thermofluids, materials and manufacturing processes. You will learn practical skills in computer-aided design (CAD), engineering drawing, workshop practice, and introductory control systems.

In later years the curriculum advances to modules such as applied dynamics and vibration, advanced thermofluids and heat transfer, solid mechanics and finite element methods, design for manufacture, automation and mechatronics, and engineering systems integration. A strong emphasis is placed on laboratory work, laboratory-based investigation, simulation and practical testing, together with group-based design projects that mirror real-world engineering briefs.

The integrated masters year raises the programme to MSc/MEng level through a substantial independent dissertation or major design project, supported by research-active staff. There are opportunities to take an optional industrial placement or study abroad period to gain professional experience and enhance employability.

• Core engineering mathematics and modelling
• Mechanics, dynamics and vibration
• Thermofluids and heat transfer
• Materials, manufacturing and product development
• CAD, simulation and finite element analysis (FEA)
• Control, mechatronics and automation
• Group design projects and professional engineering practice
• Research methods and a major masters-level project or dissertation
• Optional industrial placement or study abroad

Entry requirements

Entry is available from a variety of routes. Typical entry for school leavers is good performance in three A-levels (including mathematics and preferably physics or an engineering-related subject) or equivalent qualifications such as BTEC Extended Diplomas or relevant international qualifications. Applicants with a foundation year, HNC/HND in an appropriate subject, or a relevant undergraduate degree may be considered for admission to later stages of the programme.

International applicants must provide evidence of equivalent academic qualifications and meet Keele's English language requirements (for example an accepted IELTS or approved alternative). Mature applicants with relevant industrial experience are encouraged to apply and will be assessed on the merits of their qualifications and work history.

Career prospects

Graduates leave with the technical knowledge and practical experience required for careers in sectors such as automotive and transport, aerospace, energy and power generation, manufacturing, consultancy, product design, and R&D. The integrated masters-level project and optional placement year enhance employability for roles in design engineering, systems engineering, project management, testing and validation, and process improvement.

Many graduates progress towards professional registration (for example becoming a Chartered Engineer) through graduate schemes and continued professional development. Others go on to postgraduate research (PhD) or specialist technical roles in simulation, materials, robotics, or additive manufacturing.

Why study at Keele University

Keele offers a campus-based university environment with approachable staff, small-group teaching and a strong emphasis on student support and employability. The engineering programme emphasises practical, hands-on learning combined with research-led teaching and opportunities for interdisciplinary study across related sciences and computing subjects.

Students benefit from industry links, careers and placement support, and access to workshops, laboratories and computing facilities for CAD, simulation and testing. The integrated masters structure provides a clear route to advanced technical competence and research experience, helping graduates meet the expectations of employers and professional bodies in engineering.