Mathematics and Physics MMath Hons

4 Years On Campus Masters Program

University of Surrey

Program Overview

If you’re fascinated by both the fundamental laws of the universe and the mathematical frameworks that describe them, the Mathematics and Physics undergraduate degree at the University of Surrey offers a truly integrated learning experience that lets you explore both disciplines in depth. You’ll develop strong analytical, problem-solving and computational skills while gaining hands-on laboratory experience and flexibility to tailor your studies toward areas that excite you — from quantum physics to advanced mathematics.

Curriculum structure

Year 1 – Building Core Understanding:
In your first year, you’ll ground yourself in the essentials of both physics and mathematics through fundamental modules that establish the basis for deeper study. You’ll cover key concepts in mechanics, oscillations, waves and foundational mathematics like linear algebra and calculus, developing both theoretical insight and practical scientific skills.

Year 2 – Expanding Breadth and Depth:
As you progress into your second year, you’ll start to explore more advanced topics that bridge mathematics and physics, such as differential equations, mathematical modelling and physical systems behaviour. This stage lets you build sophistication in both analytical reasoning and problem-solving, with opportunities to choose optional modules that reflect your interests.

Year 3 – Specialised Study & Projects:
In your final year, you’ll dive into specialised physics and mathematics topics and take part in a major research-oriented project that showcases your independent thinking and mastery of core ideas. This could include advanced theoretical or applied work, giving you a chance to make real contributions to topics you’re passionate about.

Focus areas

Analytical and computational mathematics, classical and modern physics principles, mathematical modelling, problem solving and laboratory experimentation — blending rigorous theory with practical application.

Learning outcomes

You will graduate with deep understanding of fundamental and advanced concepts in both maths and physics, strong analytical and computational skills, practical laboratory experience, and the confidence to tackle complex scientific and mathematical challenges.

Professional alignment (accreditation)

The programme is recognised by the Institute of Physics (IOP) for the purpose of eligibility for Associate Membership, underscoring its quality and relevance for scientific careers.

Reputation (employability rankings)

Surrey’s graduates are highly employable — 96% of mathematics and physics undergraduates go on to employment or further study, with strong starting salaries reported, reflecting the real-world value of this integrated degree.

Experiential Learning (Research, Projects, Internships etc.)

When you study Mathematics and Physics at the University of Surrey, you’ll gain hands-on scientific and analytical experience from day one. This joint degree blends deep mathematical theory with practical physics applications, so you won’t just learn equations — you’ll use them in labs, projects, placements and research-style tasks. The programme gives you access to refurbished specialist laboratories, high-performance computing resources, and professional training opportunities that prepare you for careers in science, engineering, data-driven technology and research. You’ll also work with academic staff who are active researchers in areas spanning quantum science, fluid dynamics and nuclear physics, meaning your learning reflects current real-world work in mathematics and physics.

Experiential Learning Opportunities and Tools:

Professional Training placements: You can take a paid placement in a research lab or company during your degree, giving valuable industry experience and networking opportunities before you graduate.
Summer research placements: Surrey offers funded research placements of up to 10 weeks during summer breaks — perfect for testing out research environments and building your scientific CV.
Laboratory work in physics: In modules such as nuclear and particle physics, you’ll use specialised radiation labs with equipment like detectors and spectrometers to conduct real experiments.
Extended supervised project: You choose an extended individual research project tailored to your interests and carried out under academic supervision — with the potential, in some cases, to contribute to publishable work.
Mathematics and physics seminars: The School runs undergraduate seminars where you explore research-level topics and see how mathematics and physics are applied beyond core modules.
Employer talks and site visits: Each semester features employer presentations and opportunities to visit research institutes and laboratories, helping you connect what you learn with real careers.
High-Performance Computing (HPC) resources: You’ll have access to central HPC clusters for computational modelling and simulation — excellent preparation for data-intensive work in science and tech fields.
Experimental and specialist physics facilities: These include soft matter labs, ellipsometry, magnetic resonance imaging equipment, nuclear magnetic resonance facilities and more — tools that support practical learning and research.
Mathematics teaching experience: Surrey offers a dedicated Mathematics Education module with placements in local schools — great practical experience if you’re considering teaching or outreach.

Progression & Future Opportunities

Graduates of the Mathematics and Physics undergraduate degrees at the University of Surrey leave with exceptional analytical, quantitative and problem-solving skills that are highly sought after across science, technology, finance and engineering: typical career roles include Quantitative Analyst, Data/Computational Scientist, Research Technician and Systems/Software Developer — and many students go on to competitive postgraduate study or industry placements thanks to Surrey’s strong preparation for both pathways. With real-world experience embedded in the course and a high graduate outcomes rate, you’ll be set up for both professional success and further academic progression.

Here’s how this programme supports your progression & future opportunities:

University services that help students to employ:
• Surrey’s Employability & Careers Centre offers personalised career support including CV and interview coaching, mock interview practice, job listings and networking events — supporting you from enrolment through your graduate transition.
• Professional Training placements, available as part of the BSc, MMath or MPhys options, give you industry-relevant work experience with research labs or companies, boosting your practical skills and employability.
• The course promotes site visits, career fairs and employer talks with organisations in technology, aerospace, digital media and energy sectors, helping you understand industry needs and build contacts.
Employment stats and salary figures:
• According to the Graduate Outcomes survey, 96% of Surrey mathematics and physics undergraduates go on to employment or further study, showing strong graduate success.
• The average starting salary for Surrey Mathematics and Physics graduates is around £37,000, reflecting competitive entry-level remuneration for analytical and technical roles.
University–industry partnerships (specific):
• You can apply for paid summer research placements with Surrey’s research groups and partners in the South East Physics Network (SEPnet), linking you with wider academic and industrial networks.
• Professional Training placements and employer engagement activities have connections with organisations such as the National Physical Laboratory and the Defence Science and Technology Laboratory, providing potential pathways to placements and research experience.
Long-term accreditation value:
• Degrees in Mathematics and Physics at Surrey are taught within a research-active School of Mathematics and Physics, giving your qualification strong academic credibility and global recognition in science and technology fields.
• The integrated MMath and MPhys routes include research projects and advanced modules that build deeper expertise — helping position you for specialised careers or postgraduate research.
Graduation outcomes:
• Graduates embark on careers in data analysis, quantitative research, software and computational modelling, engineering and scientific research, applying rigorous mathematical and physical reasoning across sectors.
• Many students also progress into postgraduate degrees — especially in physics, mathematics, engineering or interdisciplinary science, thanks to research experience and academic grounding.

Further Academic Progression:
After completing the Mathematics and Physics programme, you can pursue advanced study such as a Master’s (MSc) or postgraduate research degree (MPhil/PhD) in areas like mathematical physics, computational science, engineering physics or data science. The research projects and placements you undertake as an undergraduate give you valuable experience and a competitive edge when applying for postgraduate research programmes or specialist Master’s courses at Surrey or other top universities.