University of Hull

What you'll study

The programmes cover the fundamental areas of classical and modern physics while developing mathematical and experimental competence. Core topics commonly taught include mechanics, electromagnetism, quantum mechanics, thermal and statistical physics, and mathematical methods for physicists. Practical laboratory work and coursework assess experimental technique, data analysis and uncertainty estimation.

In the early stages students focus on establishing the mathematical toolkit and basic laboratory skills. Later modules broaden into applied and contemporary areas such as condensed matter and solid-state physics, atomic and molecular physics, particle and nuclear physics, astrophysics and cosmology, and computational physics. Students also study electronics and instrumentation, and are trained in programming and numerical methods for modelling physical systems.

Both degree routes feature individual and group project work. BSc students normally complete a substantial final-year research project or dissertation; MPhys students follow an extended, research-led programme at master's level that includes a larger research project and more advanced specialist modules. Optional modules give scope to tailor the programme towards experimental, theoretical or computational pathways.

Entry requirements

Applicants are expected to have strong prior attainment in science and mathematics. Typical offers require successful completion of A-levels (or equivalent) with a strong profile in mathematics and physics or closely related subjects. Candidates offering vocational qualifications such as BTECs or Access to Higher Education diplomas should include sufficient mathematics and science content; the department considers applications on the basis of the full qualification profile.

International qualifications such as the International Baccalaureate are accepted; applicants must meet the university's English language requirements if English is not their first language. Mature applicants and those with relevant work or laboratory experience are encouraged to apply and will be assessed on their academic readiness for degree-level physics.

Career prospects

Graduates from Hull's physics programmes go into a wide range of careers. Common destinations include further study (MSc, MPhil, PhD) and academic research, secondary school teaching (often following a PGCE), and roles in engineering, electronics, instrumentation and manufacturing.

Other typical career paths are in data analytics, software development, finance and quantitative roles, scientific and technical support, medical physics and healthcare technology, and government or industrial laboratories. The degree develops transferable skills valued by employers: quantitative reasoning, problem solving, programming, experiment design and written and oral communication.

Why study at University of Hull

The University of Hull offers physics teaching with a focus on small-group contact, practical laboratory experience and supervision for research projects. Students benefit from hands-on lab classes, computing facilities for numerical modelling, and opportunities to undertake independent research projects under academic supervision.

The department maintains links with regional employers and research collaborators, helping to provide applied project options and employability support. Hull's campus and local environment provide an accessible setting for study, and the university offers careers guidance and placement support to help students prepare for graduate-level roles or postgraduate study.