University of Lancaster

What you'll study

The programme builds a strong foundation in both mathematics and statistics, progressing from core principles to specialised applied topics. You will study modules common to the first and second years of the single honours Mathematics and Statistics degree before spending a full academic year at a partner university abroad and returning for a final-year honours programme.

Typical modules and themes

• Core mathematics: calculus and analysis, linear algebra, differential equations and mathematical proof techniques.
• Core statistics and probability: probability theory, statistical inference, regression and generalised linear models.
• Computational and applied methods: numerical analysis, scientific computing, optimisation and mathematical modelling.
• Advanced statistical topics: time series, multivariate analysis, Bayesian methods and stochastic processes.
• Optional and interdisciplinary modules: machine learning, data science, financial mathematics, actuarial modules, and applications in biological or environmental modelling, depending on availability.
• Final-year project: an independent research or applied project supervised by a member of staff, which you may position towards pure mathematics, statistics or a data-focused application.

The study-abroad year is integrated into your programme so that you undertake equivalent-level mathematics and statistics modules at the host university. Lancaster’s programme emphasises computational skills and the use of statistical software, preparing you to handle real datasets and to implement algorithms numerically.

Entry requirements

Applicants are expected to have strong mathematical ability. Typical offers ask for high performance in A-level Mathematics (or equivalent) and generally require three A-levels or equivalent qualifications. International Baccalaureate applicants are normally expected to achieve a competitive points total with Higher Level Mathematics. For mature and international applicants, equivalent qualifications and evidence of quantitative ability will be considered.

Other points to note:

• While advanced mathematics A-levels such as Further Mathematics are advantageous, they are not always mandatory; however, strong numerical grades and evidence of prior study in calculus and algebra are important.
• Admissions tutors may consider relevant experience, personal statement, and references; some applicants are invited to interview or to provide examples of mathematical work.
• English language proficiency is required for non-native speakers, in line with university minimum standards for degree-level study.

Career prospects

Graduates from Mathematics and Statistics (Study Abroad) are well placed for quantitative careers across industry, public sector and research. The combination of theoretical knowledge, applied statistics and international experience is valued by employers.

• Typical roles: data analyst, statistician, quantitative analyst, data scientist, actuarial trainee (subject to professional exams), risk analyst, software developer, and research assistant.
• Further study: many graduates progress to specialist MSc programmes in statistics, data science, finance or to PhD research in mathematical or statistical fields.
• Graduate employers: graduates find roles in banking and finance, consultancy, government and public health agencies, technology companies, and research institutions. The study-abroad year can develop language skills and international networks that support careers with multinational employers.

Why study at University of Lancaster

Lancaster’s Department of Mathematics and Statistics offers small-group teaching, a supportive supervision culture and access to active research groups across pure and applied mathematics, probability, and statistics. The department emphasises computational practice, with dedicated computing facilities and hands-on use of statistical software and programming languages.

• Research-led teaching: modules are informed by staff research, providing exposure to contemporary methods and problems.
• Study-abroad network: the university maintains formal exchange relationships with a range of reputable international partners, with administrative support from the International Office to arrange credits and integration of your year abroad into the honours pathway.
• Placements and industry links: close links with regional employers, plus Lancaster’s careers service, help you develop employability skills, networking opportunities and internship pathways.
• Campus environment: a compact campus with strong student support services, societies related to maths and computing, and opportunities to present work and take part in departmental seminars and workshops.