BSc (Hons) Mathematics with Finance with a Year Abroad

4 Years On Campus Bachelors Program

University of Liverpool

Program Overview

The BSc (Hons) Mathematics with Finance with a Year Abroad at the University of Liverpool combines rigorous mathematical training with practical financial insight, preparing you for quantitatively driven careers in finance, analytics, and beyond. It’s ideal for students who enjoy logical thinking, problem-solving, and want the added advantage of international academic experience as part of their degree.

Curriculum structure

Year One

In your first year, you’ll establish a strong mathematical foundation through Calculus I & II and Linear Algebra, developing the core tools used across advanced mathematics and finance. You’ll also explore Principles of Finance to understand how financial markets operate, alongside Introduction to Statistics Using R and Mathematical IT Skills, which build confidence in data analysis and computational problem-solving. This year ensures you’re fully prepared for more specialised study later in the programme.

Year Two

Year two deepens your understanding of how mathematics underpins financial decision-making. Core modules such as Financial Mathematics and Statistics and Probability I & II introduce quantitative modelling, uncertainty, and risk analysis. You’ll complement this with finance-focused study in Corporate Financial Management and Financial Reporting and Finance, while optional modules like Introduction to Data Science allow you to tailor your learning toward analytics and modern financial applications.

Year Abroad (Year Three)

Your third year is spent studying at one of the University of Liverpool’s partner institutions overseas, giving you valuable international exposure and academic flexibility. You’ll continue developing advanced quantitative skills while adapting to a new academic system and culture, strengthening your independence and global outlook. This year abroad is a major advantage for students aiming for international finance or multinational careers.

Year Four

In your final year, you’ll focus on advanced applications of mathematics in finance and risk. Modules such as Applied Probability, Stochastic Modelling in Insurance and Finance, Statistical Methods in Insurance and Finance, and Financial Computing in R prepare you for real-world quantitative roles. Optional modules, including finance and econometrics-based choices, allow you to specialise in areas aligned with actuarial science, financial engineering, or data-driven finance.

Focus areas (in a string):

Mathematical modelling · Financial mathematics · Probability and statistics · Risk and uncertainty · Financial computing · International study

Learning outcomes (in a string):

Ability to apply advanced mathematical and statistical methods to financial problems, analyse and interpret complex data, communicate quantitative findings clearly, and operate confidently in global and interdisciplinary environments.

Professional alignment (accreditation):

The programme is recognised by the Institute and Faculty of Actuaries, offering potential exemptions from selected professional examinations, and is accredited by the Royal Statistical Society, reflecting its strong statistical and analytical foundation.

Reputation (employability rankings):

The University of Liverpool is a research-intensive Russell Group university with a strong reputation for graduate employability. Graduates from Mathematics and Finance-related degrees are well-prepared for careers in banking, actuarial science, investment analysis, consulting, and data-focused roles.

Experiential Learning (Research, Projects, Internships etc.)

From the start of the programme, you’ll gain hands-on experience applying mathematical and financial theory to real problems. Teaching is designed to move beyond abstract concepts, combining lectures with small-group tutorials, supervised practical sessions, and project-based work. You’ll regularly use industry-relevant statistical and mathematical software in University computing facilities, helping you develop the technical confidence expected in finance-focused careers.

As you progress, your learning becomes increasingly applied, culminating in advanced modules and an international Year Abroad, where you’ll study at a partner university overseas and experience different academic approaches to mathematics and finance:

Specialist computing facilities: Access to University computing labs equipped with software such as R, RStudio, Stata, Maple, and programming environments used for mathematical modelling, statistics, and financial analysis.
Practical statistics and data analysis: Modules such as statistics and probability integrate hands-on data analysis using R, allowing you to work with real datasets and quantitative methods.
Small-group tutorials and problem-solving classes: Regular sessions focused on applying theory, tackling complex financial and mathematical problems, and developing logical reasoning skills.
Project and group work: Opportunities to work collaboratively on quantitative problems, building teamwork, communication, and analytical presentation skills valued by employers.
Year Abroad: A full academic year at an approved overseas partner university, giving you international academic exposure, cultural experience, and a broader perspective on global finance and mathematics.
Library and study resources: Access to extensive University libraries, subject-specific collections, and digital resources supporting mathematics, statistics, economics, and finance research.
Academic support and research environment: Teaching and supervision from staff within the Department of Mathematical Sciences, an active research-led department that informs course content.
Careers and employability support: Dedicated careers guidance embedded within the University, supporting internships, placements, CV development, and preparation for quantitative finance roles.

Facilities list available on the University of Liverpool campus facilities webpage.

Why This Programme Is a Strong Choice

This degree is ideal if you enjoy mathematics but want to see its direct application in finance, economics, and quantitative decision-making. The blend of rigorous mathematical training, practical computing experience, and an international year abroad prepares you for careers in banking, investment analysis, actuarial work, data analytics, consultancy, or postgraduate study.

You’ll graduate with strong analytical ability, proven technical skills, and international academic experience — a combination that makes you highly competitive in global finance and quantitative industries.

Progression & Future Opportunities

Graduates of the BSc (Hons) Mathematics with Finance with a Year Abroad from the University of Liverpool move into strong quantitative and finance-focused careers, supported by high employability and international exposure. Typical roles include Financial Analyst, Risk Analyst, Actuarial Assistant, and Data Analyst, where advanced mathematical and financial modelling skills are highly valued by employers:
• The programme develops rigorous analytical thinking, statistical modelling, and financial problem-solving skills that are in demand across banking, investment, insurance, and consultancy sectors.
• The integrated Year Abroad enhances global awareness and adaptability, giving graduates a competitive edge for international roles and graduate schemes.

Progression & Future Opportunities:

University employability support: Students are supported by the University of Liverpool’s dedicated Careers and Employability team, offering personalised career coaching, CV and application support, mock interviews, employer events, and access to internships and graduate opportunities.
Employment outcomes and salary potential: Around 80% of Mathematics graduates are in employment or further study within 15 months of graduation, with early-career salaries typically around £27,000, reflecting strong market demand for mathematical and financial skills.
Industry relevance and partnerships: The curriculum is designed to reflect current industry needs, covering financial mathematics, econometrics, probability, and risk — skills directly aligned with employer expectations in finance and data-driven industries.
Accreditation value: Mathematics and finance pathways at Liverpool are aligned with professional standards and may provide exemptions towards recognised professional bodies, strengthening long-term career credibility.
Graduation outcomes: Graduates progress into finance, data science, actuarial work, consulting, postgraduate study, or professional training programmes, both in the UK and internationally.

Further Academic Progression:
After completing this degree, students commonly continue into postgraduate study in areas such as Financial Mathematics, Actuarial Science, Quantitative Finance, Data Science, Economics, or Statistics. The strong mathematical foundation also supports progression toward professional qualifications in finance and actuarial science, as well as research-led master’s programmes or doctoral study for those interested in academia.