MA Hons Mathematics

4 Years On Campus Bachelors Program

University of St Andrews

Program Overview

Program Overview

The Mathematics MA (Honours) at the University of St Andrews is a four-year degree designed to help you explore the beauty, logic, and real-world power of mathematics. It’s ideal for students who enjoy analytical thinking, problem-solving, and want a blend of pure and applied mathematics with the academic flexibility of an MA structure.

Curriculum Structure

Year 1 (Sub-Honours)

You begin by building a solid foundation through core modules such as Mathematics or Introductory Mathematics, depending on your background. You may also choose additional modules in areas like Pure and Applied Mathematics and Statistics in Practice, while studying up to two other subjects for broader academic development.

Year 2 (Sub-Honours)

The second year expands your mathematical skillset through core modules such as Linear Mathematics, Analysis, Multivariate Calculus, and Abstract Algebra. You can also continue one or both of your first-year subjects, and your learning starts to include more independent study supported by tutorials and examples classes.

Years 3 & 4 (Honours)

In the Honours years, you choose from a wide range of advanced modules tailored to your interests. Options may include Bayesian Inference, Classical Mechanics, Fractal Geometry, Groups, Real and Abstract Analysis, Sampling Theory, Linear and Nonlinear Waves, and Solar Theory. During the final year, you also complete a substantial research project or dissertation under faculty guidance.

Experiential Learning (Research, Projects, Internships etc.)

Experiential Learning

At St Andrews, experiential learning is woven into the MA (Hons) Mathematics programme through a blend of structured tutorials, collaborative problem-solving, and dedicated project-based study. Students gain practical skills by working closely with academic mentors, using designated mathematics facilities, and applying mathematical tools in both computational and theoretical settings.

You’ll benefit from a purpose-built Mathematical Institute equipped with lecture theatres, tutorial rooms, and a dedicated computer classroom that supports coursework in modelling and computation. The JF Allen Library enhances your research experience through specialised mathematics books, journals, and digital resources.

Some of the programme-specific experiential opportunities include:

Computer laboratory sessions in modules such as Linear Mathematics, giving you hands-on experience with computational techniques.
Small-group tutorials and example classes that help you practise problem solving and receive tailored academic feedback.
A substantial final-year research project, where you work individually with academic staff to explore a topic, write a detailed report, and present your findings.
Access to the JF Allen Library, supporting deep independent study with subject-specific texts and research materials.
Engagement with the MacTutor History of Mathematics resources, created by the School, offering unique historical insights into mathematical development.
Use of School facilities, including computing spaces and specialised mathematics learning environments within the Mathematical Institute.

Progression & Future Opportunities

Graduates from the Mathematics MA (Honours) at the University of St Andrews are known for securing excellent roles in finance, tech, education, and research. Many enter competitive graduate programmes or move into analytical and quantitative careers straight after completing the degree.

Typical job roles include:
• Data Analyst
• Quantitative Risk Analyst
• Software/Algorithm Developer
• Secondary School Mathematics Teacher

Here’s how St Andrews supports that success:

University Services That Enhance Employability:
- The St Andrews Careers Centre provides personalised career guidance, CV reviews, mock interviews, internship planning, employer networking events, and sector-specific workshops.
- Students can also access global opportunities through St Andrews’ study-abroad and internship abroad programmes.
- Academic support includes workshops, tutorials, examples classes, and final-year project supervision, ensuring strong academic preparation for high-skilled roles.
Employment Statistics & Salary Outcomes:
- A very high proportion of St Andrews mathematics graduates secure professional or further-study pathways shortly after graduating.
- Median earnings for mathematics graduates progress from around £31k early on, increasing to £38k within three years, and reaching approximately £47k within five years.
- Across mathematical sciences more broadly, typical earnings are around £33k after 15 months, rising steadily with experience.
University–Industry Connections:
- Mathematics graduates commonly progress into roles with major financial firms, tech consultancies, professional services companies, and government bodies.
- The School of Mathematics & Statistics works closely with national research groups and external partners, including through its involvement in collaborative research centres, which helps students build strong research and industry-facing skills.
Long-Term Accreditation & Reputation:
- St Andrews is internationally respected for mathematical teaching and research, offering a qualification that holds long-term professional value.
- Graduate outcomes are consistently strong, with high rates of professional employment and postgraduate progression among alumni.
Graduation Outcomes (Common Sectors):
- Technology & Computing
- Financial Services & Banking
- Civil Service & Government
- Teaching
- Applied Research and Data Science