BSc (hons) physics with mathematics

3 Years On Campus Bachelors Program

Keele University

Program Overview

Keele’s BSc (Hons) Physics with Mathematics combines a deep understanding of physical principles with the mathematical rigor needed to model and analyze them. It’s ideal for students who are fascinated by how the universe works — from quantum particles to large-scale systems — and want to apply strong analytical and computational skills across physics and mathematics.

Curriculum Structure

Year 1 (Level 4):
Your first year introduces core physics concepts through modules like Gravitation, Relativity and Matter and Electricity, Magnetism and Waves, giving you a solid grounding in fundamental physical laws. Alongside, you’ll study Limits, Series and Calculus to develop your mathematical intuition and Fundamental and Applied Mathematics for Physics, which helps you translate physical phenomena into mathematical equations. You’ll also build practical and computing skills via Scientific Programming and Practical and Academic Skills for Physics, where you conduct experiments, record data, and learn scientific writing.

Year 2 (Level 5):
In the second year, more advanced mathematics and physics come together: you’ll take Linear Differential Equations and Complex Variables & Vector Calculus to deepen your math toolset. Physics modules include The Quantum World and Optics & Thermodynamics, giving you exposure to quantum mechanics, energy, and light. You’ll also study Analytical & Numerical Techniques to perform numerical simulations, and take Practical & Professional Skills for Physics to refine your experimental design, data analysis, and lab practices.

Year 3 (Level 6):
In your final year, you take Electromagnetism & Solid-State Physics to explore advanced physical systems and materials, and work on a Physics Research Project & Professional Development, giving you real‑world experience designing experiments or computational studies. There’s also a module called Synoptic Physics & Real-World Applications to see how physics applies across disciplines. On the mathematics side, you choose from optional modules such as Non-linear Differential Equations, Partial Differential Equations, Fluid Mechanics, and Waves — depending on whether you want to focus on modelling, dynamics, or mathematical theory.

Focus Areas

Quantum mechanics, electromagnetism, mathematical modelling, differential equations, numerical methods, experimental physics.

Learning Outcomes

You’ll graduate with a strong understanding of both physics and mathematics, the ability to model physical systems, advanced computational and numerical skills, lab-based experimental competence, and experience undertaking an independent research-style project.

Professional Alignment (Accreditation)

This programme is accredited by the Institute of Physics (IoP), aligning with professional standards and partially fulfilling the educational requirements for Chartered Physicist (CPhys) status.

Reputation (Employability)

Keele’s natural sciences programmes benefit from high-quality teaching, small-group learning, and strong student support. Graduates are well-prepared for careers in research, engineering, data analysis, scientific computing, education, and further postgraduate study.

Experiential Learning (Research, Projects, Internships etc.)

The Physics with Mathematics degree at Keele integrates core physics principles with advanced mathematical tools, giving you the skills to model, analyse, and solve complex scientific problems. From early laboratory experiments to computational modelling and data analysis, this program ensures hands-on learning alongside theoretical understanding. In your final year, you will undertake an independent research project applying mathematics to physical phenomena, preparing you for careers in research, engineering, or data-intensive industries.

Here’s how experiential learning is embedded in this program:

Physics Laboratories: Access to Keele’s well-equipped physics labs for experimental work in mechanics, electromagnetism, optics, and quantum physics, including practical and instrumentation-based exercises.
Computer Laboratories & Computational Physics Tools: Dedicated computer labs support mathematical modelling, simulations, and programming, using software like Python, MATLAB, and other physics modelling tools.
Virtual Learning Environment (KLE): Online access to lecture notes, lab exercises, interactive content, and assignment submission, enabling flexible and continuous learning.
Tutorials & Academic Mentoring: Small-group tutorials and one-to-one mentoring from Academic Mentors and Subject Advice Tutors provide guidance on problem-solving and application of mathematical methods in physics.
Applied Group Projects: Team-based projects encourage collaboration, using mathematics to model physical systems and presenting findings in reports and seminars.
Final Year Project: A substantial independent research project allows you to apply mathematical and physics techniques, analyse experimental or computational data, and develop professional communication skills.
Modules with Practical Focus: Courses such as Quantum Mechanics, Thermodynamics, Mathematical Methods for Physics, and Computational Physics provide hands-on experience in applying mathematics to physics problems.
Professional Experience Option: Optional placements offer exposure to industry or research environments, combining physics knowledge with quantitative and computational skills.
Library & Study Resources: Keele’s University Library provides extensive resources in physics and mathematics, including books, journals, and online databases for coursework and research.
Academic Mentor & Support: Continuous support from Academic Mentors ensures students reflect on progress, develop problem-solving strategies, and gain confidence applying mathematical methods to physics problems.

Progression & Future Opportunities

Graduates from Keele’s BSc in Physics with Mathematics are highly sought after for their strong analytical, problem-solving, and quantitative skills, preparing them for careers in research, engineering, data science, and technology. Typical roles include: Research Scientist, Data Analyst, Engineer, and Physics Teacher. Keele ensures graduates are career-ready through:

University Career Services: Keele’s Careers & Employability team provides personalized guidance, CV and interview workshops, career fairs, and access to exclusive graduate job listings, helping students secure professional positions across scientific and technological sectors.
Employment stats and salary figures: More than 90% of graduates secure graduate-level employment within six months, with starting salaries typically ranging from £27,000–£35,000 depending on the sector.
University–industry partnerships: Keele collaborates with organizations including BAE Systems, CERN, and tech and engineering firms, offering internships, industrial projects, and networking opportunities to enhance employability.
Long-term accreditation value: The program is accredited by the Institute of Physics (IOP), ensuring international professional recognition and credibility.
Graduation outcomes: Graduates leave with strong analytical, computational, and problem-solving skills, making them competitive candidates for careers in research, engineering, technology, data science, and education.

Further Academic Progression:
Graduates can pursue advanced studies such as MSc Physics, MSc Data Science, MSc Mathematical Physics, or a PhD in Physics/Mathematics. The program also provides a solid foundation for professional qualifications and research roles in academia, industry, or specialized technology sectors.