BSc (Hons) Mathematics

3 Years On Campus Bachelors Program

University of Hull

Program Overview

The BSc (Hons) Mathematics degree at the University of Hull gives you a strong grounding in both pure and applied mathematics, covering core ideas like calculus, algebra, statistics, modelling, and computational methods. It’s ideal for curious, analytical thinkers who want to confidently solve real‑world problems and shape a future in science, technology, finance, data, or further research.

Curriculum structure

Year 1
In your first year you’ll build fundamental skills across key areas of mathematics. You’ll study Calculus and Linear Algebra to understand change and structure, while Probability and Statistics introduces you to analysing data and randomness. You’ll also develop practical abilities with Introduction to Programming in Python and explore mathematical thinking through topics like Numbers, Sequences and Series and Modelling, Mechanics and Optimisation.

Year 2
In the second year the focus shifts to deeper theory and applications. Modules such as Vector Calculus and Differential Equations expand your ability to tackle multivariable problems and dynamic systems, and you’ll further sharpen your modelling skills with Advanced Mechanical Modelling. This year challenges you to connect sophisticated mathematical tools with practical problems.

Final Year
In your final year you bring everything together and start shaping your path towards your career or postgraduate study. A key highlight is a BSc Research Project where you explore a mathematical topic of your choice, building your independent research and communication skills. You’ll also choose advanced optional modules that let you pursue interests in areas like applied mathematics, statistics, or computational techniques, preparing you for work or further study.

Focus areas:
Core mathematical theory and analysis, statistical reasoning, mathematical modelling, computational problem‑solving, and optional advanced topics shaped around your interests.

Learning outcomes:
Graduates leave with strong analytical thinking, the ability to apply mathematics to complex real‑world problems, confidence in interpreting quantitative results, and experience using programming tools that employers value.

Professional alignment (accreditation):
This degree is accredited by the Institute of Mathematics and its Applications (IMA), giving you a recognised professional pathway towards Chartered Mathematician status and signalling quality to employers.

Reputation (employability rankings):
Mathematics at Hull ranks highly for graduate prospects and student satisfaction in national UK league tables, with strong scores for teaching quality and feedback that reflect a supportive learning environment and positive career outcomes.

Experiential Learning (Research, Projects, Internships etc.)

Students on the BSc (Hons) Mathematics programme at the University of Hull are immersed in a learning environment that blends foundational theory with practical application. Right from the first year, students work on real mathematical problems through project-style work, developing analytical thinking and problem-solving skills that are directly valuable to employers. Teaching takes place in small group settings, allowing personalised support from expert academic staff whose research interests range from fluid dynamics to statistics and data science. Throughout the degree, students tackle progressively challenging tasks, including an optional research project in the final year that builds essential independent research skills and can even lead to publication of original work. This hands-on approach is supported by industry-standard computer labs, programming modules such as Python, and access to extensive library and digital resources to help students explore and visualise data and numerical models.

Key experiential learning opportunities on this programme include:

Small group learning environments: Frequent tutorials and small group sessions help students deepen their understanding and engage directly with tutors and peers.
Industry-standard computing facilities: Access to high-spec computer labs where students can work with data analysis tools and numerical methods, enhancing technical skill development.
Programming in Python: A core module that equips students with practical programming skills widely used in industry for data analysis and modelling.
Independent research project: In the final year, students can undertake a substantial piece of independent research, choosing a topic of interest and developing presentation and academic communication skills.
Project-based mathematical challenges: Coursework and problem sets that reflect real analytical work, preparing students for analytical, scientific, or technical roles.
Library and digital learning resources: Extensive access to library collections and online tools to support study, research, data gathering, and critical analysis.

Progression & Future Opportunities

Graduates from the University of Hull’s BSc (Hons) Mathematics build strong analytical, quantitative, and problem‑solving skills that employers value across sectors such as data analysis, finance, information technology, and education: typical roles include Data Analyst, Financial Analyst, Systems Modeler, and Statistician. The degree’s combination of core mathematics training and real‑world applications helps you step confidently into work or further study after graduation.

Progression & Future Opportunities:

Career Support & Services: The University’s Career Development services offer personalised advice, CV and interview workshops, job search support, and employer networking opportunities that help you prepare for graduate roles and internships.
Employment Stats & Salaries: Around 75 % of Mathematics graduates go on to work or study within 15 months of finishing the course, with typical graduate earnings often comparable to UK mathematics graduates.
University–Industry Relevance: Your degree equips you with quantitative and programming skills valued in sectors such as banking and finance, IT, logistics, civil service, and software development, helping you connect with employers seeking strong analytical thinkers.
Long‑Term Accreditation Value: The Mathematics programme is accredited by the Institute of Mathematics and its Applications (IMA), enhancing the credibility of your qualification with employers and providing a recognised pathway toward professional recognition.
Graduation Outcomes: With this degree, you’ll be prepared for careers that demand rigorous analytical skills, from data science and quantitative finance to operational research, actuarial work, and academic research roles.

Further Academic Progression:
You could continue your studies after this degree by pursuing postgraduate qualifications such as a Master’s in Mathematics, Data Science, Artificial Intelligence, Statistics, or Financial Mathematics. These advanced programmes open the door to specialised careers, research opportunities, and roles with higher responsibility in industry or academia.