Keele University

What you'll study

This degree combines core computing theory with hands‑on software development and systems work. Early modules typically introduce programming, algorithms and data structures, discrete mathematics and foundations of computer systems. As you progress you study software engineering, databases, operating systems, computer networks and web technologies alongside options in areas such as artificial intelligence and machine learning, human–computer interaction, cybersecurity and mobile or cloud development.

The course emphasises practical laboratory work, group projects and a substantial individual final project or dissertation that demonstrates applied skills and independent study. Students can usually choose optional modules to specialise, and there is often the possibility of a year in industry (placement) or a year abroad to gain professional or international experience.

• Typical core topics: programming and software development, algorithms and complexity, data structures, computer architecture, operating systems, databases, networking.
• Common optional/specialist topics: artificial intelligence and machine learning, cybersecurity, human–computer interaction, web and mobile development, parallel and distributed systems, data science.
• Assessment methods: a mix of coursework, practical lab assignments, group projects, exams and a final-year individual project.

Entry requirements

Applicants are expected to have completed secondary qualifications equivalent to A‑levels, Scottish Highers, Irish Leaving Certificate or relevant vocational qualifications such as BTECs. A grounding in mathematics is strongly recommended; many successful applicants present mathematics at A‑level or an equivalent qualification. Keele typically considers a combination of grades and subject relevance rather than a single prescriptive profile.

Typical academic expectations include three A‑level subjects or an equivalent qualification. Applicants offering vocational qualifications are considered on their merits, often in combination with an A‑level in a mathematical or technical subject. GCSE (or equivalent) requirements usually include grade C/4 or above in English and mathematics.

International students must meet Keele's English language requirements, which can be demonstrated via recognised tests or equivalent qualifications. Applicants required to provide further evidence of suitability may be interviewed or asked to submit a personal statement and references outlining their interest and experience in computing.

Career prospects

Graduates move into a wide range of technology roles across industry, the public sector and research. Typical destinations include software developer/engineer, systems analyst, database developer, web developer, mobile application developer, data analyst, machine learning engineer and cybersecurity analyst. With experience, graduates often progress to senior technical, product or management roles.

The degree also provides a solid foundation for postgraduate study (MSc or PhD) in specialised areas such as artificial intelligence, data science, cyber security or advanced software engineering, and for professional training routes and certifications.

Why study at Keele University

Keele offers a campus‑based experience with easy access to teaching staff and laboratory facilities, with computing labs and project spaces that support group work and practical development. Small‑group tutorials and supportive personal tutor systems help you develop both technical competence and transferable skills such as communication, teamwork and project management.

The university encourages applied learning through options for a placement year or study abroad, and through industry links and guest lectures that connect teaching to current practice. Keele's combined honours and flexible study pathways also allow interdisciplinary study with related subjects such as mathematics, electronic engineering or business, enabling students to tailor their degree to career goals.

Staff teaching on the programme are engaged in research and applied projects, which informs curriculum content and provides opportunities for undergraduate involvement in research or practical projects with academic supervisors.