Oxford Brookes University

What you'll study

The programme begins with a foundation year that develops core numeracy, programming and study skills to ensure you are ready for the degree-level curriculum. On successful completion of the foundation year you move into the main stages of the Computer Science Cyber Security degree where study combines theoretical computer science, practical software development and specialist cyber security topics.

• Foundation year: introductory programming, mathematics for computing, fundamentals of computer systems, academic skills, and basic networking and security concepts.
• Year 1 (level 4): structured programming, data structures and algorithms, computer architecture, databases, and an introduction to information security principles.
• Year 2 (level 5): software engineering, operating systems and networks, applied cryptography, secure systems design, and practical labs focused on vulnerability assessment and defensive techniques.
• Final year (level 6): advanced cyber security topics such as penetration testing and digital forensics, security management and governance, machine learning for security, a major individual or group project, and optional modules reflecting current industry themes.

Throughout the course you study through lectures, seminars, practical laboratory sessions and project work. Emphasis is placed on hands-on experience with industry-standard tools, simulated security incidents and collaborative problem solving.

Entry requirements

The foundation year route is designed for applicants who do not yet meet the direct entry requirements for the degree. Typical entry profiles include successful completion of level 3 qualifications such as BTEC Nationals, A levels with lower grades than direct-entry thresholds, Access to Higher Education Diplomas, or equivalent international qualifications. Applicants should have a good pass in English and mathematics at GCSE level (or recognised equivalents), and international students will need an appropriate level of English language proficiency.

Oxford Brookes also considers mature applicants and applicants with relevant work experience. Offers are usually subject to meeting specified qualifications and, where required, satisfactory references or an interview. Prospective students are encouraged to check the university's official admissions guidance for specific acceptable qualifications and any additional requirements.

Career prospects

Graduates from this programme enter a rapidly growing employment market. Typical entry-level roles include cyber security analyst, incident responder, security operations centre (SOC) analyst, vulnerability assessor and junior penetration tester. With experience, graduates may progress to roles such as security consultant, digital forensics specialist, security architect or security manager. The programme also provides a strong foundation for postgraduate study in advanced cyber security, specialised technical masters programmes, or professional certification pathways.

Students benefit from practical experience that is attractive to employers, and the course is structured to develop both technical expertise and professional skills such as problem solving, teamwork and written communication.

Why study at Oxford Brookes University

Oxford Brookes combines applied teaching with opportunities for substantial practical work. The department provides computing and networking laboratories, access to simulated cyber ranges and project supervision by staff with research and industry experience. The university's location close to a major academic and commercial hub gives students access to guest lectures, industry events and local employers.

The course is taught with a strong emphasis on employability: assessed projects, industry-informed modules and support for placements or internships help bridge study and work. The university also offers student support services, careers guidance and options for continuing professional development, making it a supportive environment for students aiming to launch a career in cyber security.