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BSc (Hons) Computer Science

University of Greenwich — London, United Kingdom

BSc (Hons) Computer Science is a undergraduate Computer Science & IT course at University of Greenwich, London, United Kingdom. It takes 3 years, costs £17,975 per year and starts in September.

Undergraduate · 3 years · Full-time · Computer Science & IT · £17,975 per year

Intakes: September

What you should know (from the course page): - This degree provides the skills, techniques, and knowledge to elicit, analyse, and specify requirements for computer systems. - Gain theoretical and practical experience in developing computer and software systems, using the very latest technologies. - Graduate with transferable life-long practical abilities, analytical techniques, and problem-solving skills. School: Computing and Mathematical Sciences Location: Greenwich Campus Duration: 3 years full-time 6 years part-time 4 years sandwich Start: September International tuition fee 2026/27: full-time £17,975; part-time £4,494 per 30 credits. Careers (from the course page): Graduates from this degree can pursue a career as a data analyst, software engineer, user experience (UX) designer, an artificial intelligence (AI) or machine learning specialist, mobile applications developer, games programmer, and a quality assurance (QA) or test developer. Source: University of Greenwich course page and 2026-27 course fees table.

Modules

• Computer and Communication Systems (Year 1, 15 credits)
• Paradigms of Programming (Year 1, 30 credits)
• Algorithms and Data Structures (Year 1, 15 credits)
• Introduction to Compilers (Year 1, 15 credits)
• Principles of Software Engineering (Year 1, 15 credits)
• Mathematics for Computer Science (Year 1, 15 credits)
• Advanced Mathematics for Computer Science (Year 1, 15 credits)
• Advanced Programming (Year 2, 15 credits)
• Operating Systems (Year 2, 15 credits)
• Information Security (Year 2, 15 credits)
• Introduction to Artificial Intelligence (Year 2, 15 credits)
• Advanced Algorithms and Data Structures (Year 2, 15 credits)
• Computational Methods and Numerical Techniques (Year 2, 30 credits)
• Introduction to Computer Forensics (Year 2, 15 credits, optional)
• Statistical Techniques with R (Year 2, 15 credits, optional)
• Operational Research: Linear Programming (Year 2, 15 credits, optional)
• Final Year Projects (Year 3, 60 credits)
• JVM Programming Languages (Year 3, 15 credits)
• Human Computer Interaction and Design (Year 3, 15 credits, optional)
• Penetration Testing and Ethical Vulnerability Scanning (Year 3, 15 credits, optional)
• Natural Computing (Year 3, 15 credits, optional)
• Computer Forensics 3 (Year 3, 15 credits, optional)
• Information Visualisation and Big Data (Year 3, 15 credits, optional)
• Artificial Intelligence Applications (Year 3, 15 credits, optional)
• Optimisation Techniques (Year 3, 15 credits, optional)
• Graph Theory and Applications (Year 3, 15 credits, optional)
• Machine Learning (Year 3, 15 credits, optional)
• Coding and Cryptography (Year 3, 15 credits, optional)
• Advanced Optimisation Techniques (Year 3, 15 credits, optional)