BSc Mathematics
About this course
Mathematics at Swansea is a degree for students who love the beauty, precision, complexity, and simplicity of the subject, and who want to be challenged by it at the highest level. Mathematics is simultaneously one of the oldest intellectual disciplines and one of the most actively developing: new results in pure mathematics emerge regularly, and the applications of mathematical thinking to data science, finance, engineering, and computing continue to expand in directions that were unimaginable a generation ago. A mathematics degree develops a distinctive capacity for abstract reasoning and logical rigour that sets graduates apart in almost every field they enter. At Swansea University you will study across three years on a full-time programme. The curriculum covers the core areas of pure and applied mathematics, including analysis, algebra, geometry, differential equations, numerical methods, and statistics, developing your ability to follow complex arguments, construct proofs, and apply mathematical techniques to problems both within and beyond the discipline. Swansea's mathematics department is research-active, and the teaching reflects the living character of the subject, bringing students into contact with areas of genuine current mathematical interest. You will develop strong skills in mathematical writing and communication alongside the technical abilities that the degree requires, since the capacity to explain mathematics clearly is as important as the ability to do it. Mathematics graduates are sought after across an extraordinarily wide range of sectors. Finance, actuarial work, data science, software engineering, and quantitative research are among the largest employers of mathematics graduates. The pharmaceutical industry, engineering companies, and government scientific agencies also recruit mathematicians for statistical and modelling roles. Teaching at secondary level is a particularly important direction, with strong demand for qualified mathematics teachers. Academic research in mathematics or in fields that depend on mathematical rigour, including computer science, statistics, and theoretical physics, is a well-supported pathway through postgraduate study. The degree's combination of rigour and versatility makes it one of the most valuable qualifications a student can acquire.
Syllabus & Modules
Typical curriculumStudent Satisfaction
National Student Survey - 15 respondents (72% response rate)
Similarly Ranked Alternatives
What comes next? 🎓
Choosing the right university starts with choosing the right school. Explore transparent, data-driven school profiles powered by official DfE statistics.
Explore Schools on WhatSchool.ai →