University of Lancaster

What you'll study

This programme builds a strong foundation in classical and modern physics in the first two years, followed by an international year at an approved partner institution and a final year with advanced astrophysics options and an independent research project. Core physics topics include mechanics, electromagnetism, quantum mechanics, statistical physics and thermal physics. Mathematical methods and computational physics run throughout the course to support problem solving and data analysis.

Astrophysics-focused modules cover subjects such as stellar structure and evolution, galaxies and cosmology, high-energy astrophysics, radiative processes and observational techniques. Practical laboratory classes develop experimental skills and instrumentation knowledge, while computing modules teach numerical simulation and data reduction methods commonly used in astronomy and space science. In the final year you undertake a substantial research project under academic supervision, often linked to active research themes in the department.

• Year 1–2: Core physics and mathematics, introductory astrophysics topics, laboratory skills and introductory computational physics.
• Year 3: Study abroad year at a partner university where you take physics/astrophysics modules appropriate to your pathway and gain international experience.
• Final year: Advanced astrophysics options, specialised electives and an independent final-year research project.

Entry requirements

Applicants are expected to demonstrate strong ability in mathematics and in physics (or closely related science subjects). Typical entrants will have substantial prior study in Mathematics and Physics at A level (or equivalent). Admissions consider a mix of qualifications: A levels, International Baccalaureate, Scottish Highers/Advanced Highers and recognised international equivalents.

Successful applicants usually show evidence of numerical fluency, problem-solving ability and some experience of practical laboratory work. The department recommends prospective students prepare by strengthening mathematics and physics fundamentals; prior computing experience is an advantage but not essential. Specific offer details are provided to applicants during the admissions process and may vary by qualification and national system.

Career prospects

Graduates from Physics with Astrophysics go on to a wide range of careers. Many continue to postgraduate study and research in astrophysics, astronomy, cosmology or related areas. Other common pathways include roles in data science and analytics, software and computational modelling, engineering and instrumentation, aerospace and space industry, and finance.

The degree’s emphasis on quantitative skills, programming, experimental methods and independent project work also prepares graduates for teaching, science communication and policy roles, and for technical positions in the public and private sectors. The year abroad can enhance employability by demonstrating adaptability, cross-cultural communication and experience with different research or teaching environments.

Why study at University of Lancaster

Lancaster’s Physics department provides research-led teaching and a supportive learning environment with small-group tuition, well-equipped laboratories and computing facilities. The study abroad variant gives students formal placement at an international partner university, broadening academic perspectives and providing exposure to different teaching and research cultures.

The department fosters opportunities to engage with active research groups and to undertake substantial project work supported by academic supervisors. Lancaster’s collegiate structure and campus community provide pastoral support and extracurricular opportunities, while links between physics, mathematics and computing in the faculty mean students benefit from interdisciplinary teaching relevant to modern astrophysics.

Overall, the programme is suitable for students who want rigorous physics training, specialised astrophysics study and an international year that enhances both academic and personal development.