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BSc (Hons) Mathematics and Computer Science

University of Greenwich — London, United Kingdom

BSc (Hons) Mathematics and 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): - Students on this unique course will have the opportunity to develop skills such as logical analysis, deduction, mathematical modelling, software engineering & advanced programming - You will learn to improve problem-solving skills and develop your knowledge of advanced programming languages and database applications technologies - Throughout, you will also learn how to apply mathematical concepts appropriately and enhance your oral and verbal communication skills, along with the ability to work independently - Overall, this course provides opportunities to improve students’ capacity for independent thinking, object-oriented programming, data handling and presentations - No1 London university for student satisfaction, Complete University Guide 2026 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): Students from Mathematical Sciences have secured placement years at the Department for Work & Pensions, NHS England, NATS, Home Office, HMRC, Department of Health, GSK, Intel and Lloyds Banking Group. Career opportunities for this course are varied. Most industries are always on the lookout for graduates with intellectual, mathematical and numerical skills that can be applied to a wide range of practical situations. Source: University of Greenwich course page and 2026-27 course fees table.

Modules

• Paradigms of Programming (Year 1, 30 credits)
• Algorithms and Data Structures (Year 1, 15 credits)
• Principles of Software Engineering (Year 1, 15 credits)
• Calculus and Algebra (Year 1, 30 credits)
• What are the Chances? (Year 1, 30 credits)
• Advanced Programming (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)
• Linear Algebra and Differential Equations (Year 2, 30 credits)
• Operational Research: Linear Programming (Year 2, 15 credits)
• Vector Calculus (Year 2, 15 credits)
• Machine Learning (Year 3, 15 credits)
• Artificial Intelligence Applications (Year 3, 15 credits)
• Coding and Cryptography (Year 3, 15 credits)
• Research Methods and Mathematics Project (Year 3, 30 credits, optional)
• UAS: Mathematics Education and Communication (Year 3, 30 credits, optional)
• Mathematics Work Placement (Year 3, 30 credits, optional)
• Natural Computing (Year 3, 15 credits, optional)
• JVM Programming Languages (Year 3, 15 credits, optional)
• Information Visualisation and Big Data (Year 3, 15 credits, optional)
• Optimisation Techniques (Year 3, 15 credits, optional)
• Mathematics for the Life Sciences (Year 3, 15 credits, optional)
• Graph Theory and Applications (Year 3, 15 credits, optional)
• Partial Differential Equations (Year 3, 15 credits, optional)
• Advanced Optimisation Techniques (Year 3, 15 credits, optional)