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BSc Mathematics with International Foundation Year
About this course
Mathematics at degree level is a sustained encounter with some of the most powerful and beautiful ideas human beings have ever developed. The undergraduate programme moves well beyond the methods of school mathematics into territory where the emphasis is on proof, abstraction, and the construction of rigorous arguments from axioms and definitions. You will engage with ideas in analysis, algebra, geometry, and applied mathematics that have been central to science, philosophy, and technology for centuries, and you will develop a kind of precision and clarity of thought that is genuinely distinctive. At the University of Reading, this four-year, full-time programme includes an international foundation year, designed specifically for international students who need additional preparation in mathematics and study skills before entering the main degree. The foundation year builds the mathematical knowledge and academic English competence you need to succeed at degree level, after which you progress into the full undergraduate mathematics programme. Over the degree you will study real analysis, complex analysis, linear algebra, differential equations, probability and statistics, and a range of optional modules that allow you to develop particular interests in areas such as numerical methods, mathematical modelling, or number theory. Reading has a strong mathematics department with particular strengths in applied mathematics, fluid dynamics, and mathematical modelling of real-world systems, and the programme reflects those areas of expertise alongside the pure mathematical core. Graduates from mathematics programmes at Reading go on to careers in finance and actuarial science, data science, engineering, software development, teaching, scientific research, and government. The logical rigour and quantitative skills the degree develops are highly transferable, and mathematics graduates are sought after in any field that values careful analytical thinking. Many graduates also pursue postgraduate study in mathematics, statistics, computer science, or a quantitative application area.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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