Keele University

What you'll study

The degree covers a mix of foundational computer science topics and specialist digital forensics subjects. In early years you study programming, data structures and algorithms, computer architecture, operating systems, databases and networks to build a solid technical base. Core modules introduce principles of information security, cryptography and privacy alongside software engineering and web technologies.

Forensic-specific teaching typically includes modules on digital evidence acquisition, file system and storage forensics, mobile device and embedded system forensics, network forensics and malware analysis. You will also study investigative practice, courtroom procedures, report writing and the ethical and legal context of digital investigations.

Practical work is emphasised: you can expect hands-on laboratory sessions using industry-standard forensic tools, controlled examination of live and captured systems, capture-the-flag style challenges and supervised individual and group projects. A substantial final-year project gives you the chance to research a forensic problem in depth, from methodology and tool development to evaluation and reporting.

• Programming and software development
• Data structures, algorithms and computational thinking
• Operating systems, networks and distributed systems
• Information security and applied cryptography
• Digital evidence acquisition and preservation
• File systems, memory and storage forensics
• Mobile and cloud forensics
• Malware analysis and incident response
• Legal, ethical and investigative practice
• Final-year research or development project

Entry requirements

Typical applicants will have completed secondary qualifications such as A-levels, Scottish Highers, Irish Leaving Certificate or an international equivalent, including good grades in mathematics and/or a science or technical subject. Many students enter with a combination of qualifications accepted for UK undergraduate entry; Keele also considers UCAS tariff points and equivalent qualifications.

Mature students and those with relevant vocational qualifications or computing experience are welcome; applications are assessed on the whole profile of qualifications and experience. If English is not your first language you will need to demonstrate proficiency through an accepted English language qualification.

As well as academic requirements, a strong personal statement outlining interest in computing and digital investigation and any practical experience (programming, cyber clubs, competitions) will support an application. Where offered, interviews or admissions tests may form part of the selection process for some applicants.

Career prospects

Graduates are well placed for careers across cybersecurity, law enforcement, private investigation and IT. Common roles include digital forensics analyst, incident responder, security consultant, malware researcher, forensic investigator for law enforcement or commercial forensic service providers, and roles in cyber threat intelligence.

The combination of software engineering, systems knowledge and forensic skills also opens pathways into software development, systems administration, cloud and network engineering, technical support, and further study at postgraduate level or professional certification in security and forensics.

Students are encouraged to undertake placements, internships or industry projects to build practical experience and professional networks; these placements often lead to graduate roles.

Why study at Keele University

Keele offers a campus-based learning environment with small-group teaching, practical computing labs and access to specialist facilities that support hands-on digital forensics work. The School of Computing and Mathematics brings together academics with expertise in security, networks, software engineering and applied computing, enabling an interdisciplinary approach to forensic challenges.

The programme emphasises employability through practical coursework, project-based learning and opportunities for work placements or industry collaborations. Keele's supportive student services, academic guidance and career development provision help students prepare for professional certification and the transition into cyber and forensic careers.

Studying at Keele also provides access to a broader academic community and the option to combine technical study with complementary modules from other disciplines, reflecting the investigative, legal and ethical dimensions of digital forensics.