BSc (hons) mathematics (applied mathematics)

3 Years On Campus Bachelors Program

Keele University

Program Overview

The BSc (Hons) Mathematics (Applied Mathematics) at Keele offers you a powerful mix of core mathematical theory and real‑world problem solving, with a special focus on mathematical modelling and applications. It’s ideal for students who want to use mathematics to understand and influence fields like engineering, data science, physics, or finance.

Curriculum Structure

Year 1:
In your first year, you’ll build a robust foundation with modules like Algebra I (introducing fundamental algebraic ideas), Limits, Series and Calculus (covering differentiation, integration, and infinite series), and Mathematical Methods (a refresher on vectors, trigonometry, and functions). You’ll also take Mathematical Communication, Investigations and Problem Solving, where you work in teams on open-ended problems and present your results — honing both your mathematical reasoning and your communication skills. Alongside, you’ll begin using R for data analysis, helping you connect abstract theory to real data.

Year 2:
In the second year, you deepen your knowledge in pure and applied mathematics, probability, and statistics. You’ll study modules such as Computational Mathematics with Python, where you learn numerical methods, programming, and how to build models using Python. Core courses also include Differential Equations and Multivariable Calculus, which explore the dynamics of systems via ordinary differential equations, partial derivatives, and double integrals — essential tools for modelling real-world phenomena.

Year 3:
During your final year, you’ll tackle specialised applied mathematics topics such as Fluid Mechanics, Waves, and Mathematical Modelling, which bring together theory and practical modelling of physical systems. You’ll also have the opportunity to carry out a Final Year Project, where you apply your skills to a problem in research, industry, or software — designing experiments, interpreting data, writing a formal report, and presenting your results. This mix of structured learning and independent work prepares you for both employment and postgraduate study.

Focus Areas

Mathematical modelling, fluid mechanics, waves, applied differential equations, computational methods, statistics.

Learning Outcomes

You’ll develop strong analytical and technical problem‑solving skills, the ability to model and simulate real-world systems mathematically, proficiency in programming and numerical methods, and experience communicating complex results.

Professional Alignment (Accreditation)

The degree is accredited by the Institute of Mathematics & its Applications (IMA), and it meets the educational requirements for the Chartered Mathematician designation (with further professional training).

Experiential Learning (Research, Projects, Internships etc.)

The Applied Mathematics degree at Keele combines theoretical understanding with practical application, preparing you to use mathematics to solve real-world problems. From the start, you’ll engage with computational modelling, simulations, and data analysis, and by your final year, you’ll undertake a major project applying mathematical techniques to real or simulated scenarios. The program emphasizes both collaborative and independent learning, giving you practical skills alongside abstract mathematical knowledge.

Here’s how experiential learning is embedded in the degree:

Computer Laboratories: Access to the School of Computer Science & Mathematics labs (200+ PCs), with Windows and Linux environments available 24/7, supporting computational work and modelling tasks.
Makerspace & High-Performance Computing: Use of Raspberry Pis, Arduinos, and the CUDA GPU supercomputer cluster for computationally intensive simulations and applied mathematical modelling.
Virtual Learning Environment (KLE): Lecture notes, lab exercises, and assignments are available online, supporting flexible learning and continuous engagement.
Tutorials & Academic Mentoring: Problem-solving tutorials combined with one-to-one mentoring from Academic Mentors and Subject Advice Tutors for guidance on complex applied topics.
Applied Group Projects: Modules incorporate team-based projects where you tackle practical problems, analyse data, and present solutions, mimicking professional and research environments.
Programming & Computational Tools: Python and MATLAB are used extensively for simulations, modelling, and numerical analysis throughout the course.
Final Year Project: A major project allows you to apply mathematical techniques to real-world problems under supervision, conduct research, and present findings both in written and seminar formats.
Modules with Practical Focus: Courses such as Differential Equations, Numerical Analysis, Modelling Techniques, and Optimisation give hands-on experience with applied mathematical methods.
Professional Experience Option: Students can take a flexible work placement, gaining exposure to industry applications of mathematics.
Library & Study Resources: Keele’s University Library provides extensive resources including mathematics books, journals, and online databases for research and coursework support.
Academic Mentor & Support: Continuous guidance from Academic Mentors ensures students can reflect on learning progress, overcome challenges, and receive support on applied mathematical problems.

Progression & Future Opportunities

Graduates from Keele’s BSc in Applied Mathematics are highly valued for their ability to use mathematical techniques to solve real-world problems, making them ideal candidates for careers in finance, data science, engineering, and technology. Typical roles include: Data Analyst, Quantitative Analyst, Actuarial Assistant, and Operations Research Analyst. Keele supports this career readiness with comprehensive services:

University Career Services: Keele’s Careers & Employability team offers personalized guidance, CV and interview workshops, employer events, and access to graduate schemes, helping students secure competitive positions in industry and research.
Employment stats and salary figures: Over 90% of Applied Mathematics graduates secure professional roles within six months, with starting salaries typically ranging from £27,000–£35,000 depending on the sector.
University–industry partnerships: Keele maintains partnerships with organizations such as PwC, KPMG, BAE Systems, and regional tech firms, providing internships, industry projects, and networking opportunities for practical experience.
Long-term accreditation value: The program is accredited by the Institute of Mathematics and its Applications (IMA), ensuring international professional recognition and strong career credibility.
Graduation outcomes: Graduates leave with strong quantitative, analytical, and problem-solving skills, making them highly competitive for careers in finance, technology, engineering, research, and consultancy roles.

Further Academic Progression:
Graduates can pursue advanced studies such as MSc Data Science, MSc Financial Mathematics, MSc Applied Mathematics, or a PhD in Applied Mathematics. The solid foundation also prepares students for professional pathways including actuarial exams, research positions, or specialized roles in analytics and operations research.