Keele University

What you'll study

This integrated masters programme builds progressively from core mathematics, mechanics and materials into specialised civil and structural engineering topics, with an emphasis on design, sustainability and professional practice. Early years focus on engineering fundamentals: mathematics for engineers, statics and dynamics, materials science, surveying and introductory design projects. Practical laboratory work and small-group workshops underpin theoretical learning.

In later years you study modules such as structural analysis and design, geotechnical engineering, hydraulics and water engineering, transportation engineering, construction management, and bridge and building systems. The integrated masters year includes advanced modules in design optimisation, integrated project delivery, research methods and a substantial individual research or design project (masters dissertation) that demonstrates independent technical competence.

• Design and project modules with industry-style briefs and group work
• Geotechnics, structural mechanics and reinforced concrete/steel design
• Hydraulics, drainage and water resources engineering
• Construction materials, testing and quality control
• Sustainable engineering, environmental impact and lifecycle analysis
• Professional practice, ethics, BIM and construction law
• Research project or design thesis in the integrated masters year

Assessment typically combines examinations, laboratory reports, design portfolios, coursework, presentations and a major project. The programme includes site visits, use of specialist labs and workshops, and opportunities for industry guest lectures and collaborative projects with employers.

Entry requirements

Applicants are normally expected to have A-levels or equivalent qualifications with strong performance in mathematics and at least one science or engineering-related subject. Typical offers for direct entry to the integrated masters are in a higher A-level band and include Mathematics; Physics, Engineering or Further Mathematics are advantageous.

Alternative entry routes are available for students with a relevant foundation year, BTEC/HND qualifications or equivalent vocational qualifications. Mature applicants with relevant work experience are considered on an individual basis. Applicants whose first language is not English will need to demonstrate proficiency through an approved English language qualification.

For applicants entering via transfer from another undergraduate course, progression is subject to satisfactory performance and meeting any programme-specific requirements. Keele’s admissions team can advise on specific qualification equivalencies and acceptable English language scores.

Career prospects

Graduates leave with the technical knowledge and professional skills required for a wide range of civil engineering careers. Typical roles include graduate civil or structural engineer, site or project engineer, design engineer, geotechnical engineer, transport planner, water resources engineer and construction manager. The integrated masters also provides the academic underpinning required for progression towards Chartered Engineer (CEng) status when combined with suitable professional experience.

Graduates work for engineering consultancies, main contractors, local authorities, infrastructure operators, transport organisations and specialist design firms. The degree also supports careers in research, specialist technical roles, sustainable infrastructure planning, and further study such as PhD-level research or professional qualifications in construction and project management.

Why study at Keele University

Keele combines a campus-centred student experience with small-group teaching and strong laboratory and workshop facilities that support hands-on learning in civil engineering. The School of Computing and Engineering emphasises project-based learning, professional skills development and close staff-student contact, helping students build design portfolios and practical experience.

Keele maintains links with regional and national employers and professional bodies, providing opportunities for industry guest lectures, placements and live project briefs. The integrated masters structure allows students to develop advanced technical and research skills, preparing them for senior technical roles or chartered status. The campus environment, student support services and career guidance aim to help students transition smoothly from study into professional practice.