University of York

What you'll study

This joint honours degree balances core physics and mathematics with philosophical topics focused on the foundations and interpretation of science. In the early years you build a firm base in classical mechanics, electromagnetism, waves, thermodynamics and introductory quantum mechanics alongside the mathematics needed for physics (calculus, linear algebra, differential equations and computational methods). Practical laboratory classes develop experimental technique, data analysis and scientific reporting.

Philosophy modules introduce logic, critical reasoning, epistemology, metaphysics and the history and philosophy of science, including topics such as the nature of explanation, scientific inference, and the interpretation of quantum theory. As you progress you choose advanced physics options (for example condensed matter, particle physics, astrophysics, statistical mechanics, and advanced quantum mechanics) and advanced philosophy options (for example philosophy of physics, philosophy of mind, formal logic, ethics of technology and philosophy of language).

The programme includes an integrated year abroad at an approved partner university, typically taken after the second year. That year gives you the opportunity to take physics and/or philosophy courses in a different academic culture and can include research placements or specialised modules not available at York. In the final year you return to York to complete advanced modules and undertake a substantial honours project or dissertation, which may be experimental, theoretical or a philosophical thesis on the foundations and implications of contemporary physics.

Entry requirements

Applicants are expected to have strong qualifications in Mathematics and Physics (or equivalent). Typical offers specify high-level achievement in both subjects at A level, Scottish Highers/Advanced Highers, or an equivalent international qualification. The International Baccalaureate applicants normally present higher level Mathematics and Physics. Successful candidates also demonstrate numeracy, problem-solving ability and clear written communication.

York welcomes applicants with a range of qualifications, including BTEC, access courses and international credentials; contextual offers and admissions routes for mature students are available. If English is not your first language, you'll need to meet the University’s English language requirement. Selection is based on academic record, predicted performance, and the personal statement; interviews may be used in some circumstances.

Career prospects

Graduates leave with a distinctive combination of quantitative, analytical and conceptual skills valued across many sectors. Physics training provides strong numerical, programming and laboratory experience suitable for careers in research, engineering, data science, software development, finance and consulting. The philosophy component strengthens argumentation, ethics, and critical reasoning, which are highly relevant to roles in law, policy, science communication, public engagement and technology ethics.

Many students progress to postgraduate study in physics or philosophy (including taught Masters and doctoral research), or professional training in areas such as teaching, patent law and science policy. The year abroad enhances intercultural competence and language skills, which employers value in international industry, NGOs and research collaborations.

Why study at University of York

York combines a research-active Physics Department with a Philosophy Department that has strengths in logic, philosophy of science and contemporary analytic philosophy, enabling a genuinely integrated joint honours experience. Physics students benefit from modern laboratory teaching spaces, computational resources, and access to research groups working across condensed matter, particle and astrophysics, plasma science and more. Philosophy students engage with staff research on the foundations and implications of science, formal methods and applied ethics.

The University supports student development through small-group teaching, personal tutors and opportunities for project work and placements. The built campus and collegiate-style student community provide a strong social and academic environment, while formal exchange links and partnerships make the year abroad a feasible and well supported part of the degree. Together these features give students the technical training and conceptual rigour needed for diverse careers or further study.