Keele University

What you'll study

The programme builds progressively from core scientific and mathematical foundations to applied chemical engineering design and research. Early stages develop skills in mathematics, thermodynamics, fluid mechanics, heat and mass transfer, materials and reaction engineering. Practical laboratory classes and computing exercises underpin theoretical learning.

• Year 1–2: Fundamental engineering science and mathematics, introduction to thermodynamics, fluid flow, transport phenomena, materials and chemistry for engineers, laboratory skills and engineering computing.
• Middle years: Process engineering and unit operations, chemical reaction engineering, process dynamics and control, process design and economics, environmental and safety concepts, pilot-scale laboratory work and group design projects.
• Final integrated masters year: Advanced specialist modules (examples include catalysis and reaction engineering, energy and sustainability, biochemical and industrial biotechnology, process modelling), an individual research project or design dissertation at masters level, and professional development modules focused on research methods and project management.

Teaching methods include lectures, small-group tutorials, laboratory classes, computer-based process simulation, design studios and an extended project. Assessment is by a mixture of exams, coursework, lab reports, design assignments and the final masters project.

Entry requirements

The Integrated Masters is an undergraduate-entry programme typically aimed at applicants completing secondary school qualifications or equivalent. Applicants should demonstrate strong numeracy and science ability, usually evidenced by advanced-level qualifications in mathematics and chemistry (or closely related subjects).

• Typical applicants hold nationally recognised qualifications such as A-levels, Scottish Highers/Advanced Highers, or equivalent international qualifications. Mathematics and at least one science subject (commonly chemistry) are normally expected.
• International applicants are assessed on equivalent academic credentials and English language proficiency where applicable.
• Applicants with vocational qualifications, foundation years or relevant industrial experience are considered; mature applicants are welcome. Selection may take into account personal statements, references and performance at interview where used.

Career prospects

Graduates are prepared for a wide range of roles in process and manufacturing sectors. Common career paths include process engineering, plant operations and optimisation, process design and consultancy, research and development, quality assurance, environmental and safety management, and supply-chain roles within chemical, pharmaceutical, energy, food and biotechnology industries.

The integrated masters also provides a strong foundation for those wishing to pursue chartered engineer status, doctoral study or specialist technical careers. Many students enter industry graduate schemes or take up roles with engineering consultancies and manufacturers; others move into interdisciplinary areas such as renewable energy systems, carbon capture, or industrial biotechnology.

Why study at Keele University

Keele offers a campus-based learning environment that supports close contact between staff and students and promotes multidisciplinary collaboration across science and engineering subjects. The chemical engineering provision emphasises practical laboratory experience, process-scale experimentation and project-based learning to develop both technical competence and transferable skills.

• Small-group teaching and personal tutor support help students consolidate core engineering principles and develop professional skills.
• Experimental facilities and process laboratories enable hands-on training in unit operations, reaction kinetics and process control, while computing resources support process simulation and design work.
• Active links with regional and national employers and opportunities for industrial projects or placements assist employability and provide real-world exposure.

Overall, Keele's integrated masters route aims to produce graduates who are technically capable, adaptable and ready to meet the challenges of contemporary chemical engineering practice.