BSc Computing and Mathematics
About this course
Computing and mathematics is a combination that reflects the deep historical and intellectual connection between the two disciplines. Mathematics provides the formal language in which computing is built: logic, discrete mathematics, algorithms, probability, and linear algebra are all mathematical in origin, and a strong mathematical foundation makes you a significantly more capable computer scientist. Equally, computing provides a set of powerful tools for applying mathematical ideas to real-world problems, from simulating physical systems to processing large datasets and solving optimisation problems at scale. At Newcastle University, this three-year full-time programme offers an unusually rich combination of structural features alongside the academic content. You will have the option of undertaking a placement year in industry, spending time at a partner institution abroad, and engaging with work placement opportunities during the programme, giving you extensive professional and international experience alongside your degree. This breadth of opportunity means you will graduate not only with strong technical skills but with the professional confidence and global awareness that employers increasingly value. The typical entry tariff of 136 points reflects the programme's academic expectations, which are suited to students with a solid background in both subjects. You will study core topics in computing such as software engineering, systems programming, databases, and human-computer interaction, alongside mathematical subjects including calculus, statistics, discrete mathematics, and numerical methods. As the programme progresses you will be able to follow threads that interest you most, whether that is theoretical computer science, data science, machine learning, or mathematical modelling. Graduates are highly sought after across the technology sector, financial services, data analytics, research, and consulting. Many go on to postgraduate study in computing, data science, artificial intelligence, or applied mathematics, and the combination of skills this programme develops makes you competitive in a wide range of technical and analytical roles.
Syllabus & Modules
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