Gain a foundation in the principles and techniques of modern mathematics and learn how to apply these skills to solve today’s problems. The degree is designed to produce industry-focused graduates who are in demand in a range of careers that use mathematics. What you will study First year A typical first year may include: core topics in mathematics, data science, statistics, computer programming, and professional skills elective topics from across the University. Second year A typical second year may include: core topics in principles of analysis, linear algebra and differential equations, several variable calculus, algebra, a statistical project, probability, and computer mathematics elective topics from across the University. Third year A typical third year may include: core topics in numerical analysis, methods of applied mathematics, complex analysis, partial differential equations, statistical science, and stochastic processes elective topics from across the University. Honours year A typical honours year may include: a major thesis project a selection of computer, science, engineering and mathematics option topics. Your career Demand for mathematics graduates is particularly strong as mathematics is used widely in a range of industries including science, engineering, technology and business, and in areas as diverse as linguistics and health. Potential occupations include: credit bureau analyst data and analytics officer consultant – data analytics quantitative assistant trader consumer research executive. Potential employers include: research centres schools and universities petroleum and nuclear industries the pharmaceutical industry market research companies banks and accountancy firms.