University of York

What you'll study

The programme builds from core physics principles to advanced topics in astrophysics and research methods, with a year spent at a partner university or research institute abroad. Teaching mixes lectures, small-group tutorials, laboratory sessions and project work. Early years focus on classical mechanics, electromagnetism, quantum mechanics and the mathematical methods needed for physics, together with practical laboratory skills and introductory computational physics.

• Core physics foundations: classical mechanics, electromagnetism, quantum theory and statistical physics
• Mathematical and computational methods for physicists, including numerical modelling and data analysis
• Experimental skills and laboratory-based modules emphasising measurement, error analysis and instrumentation
• Astrophysics topics such as stellar structure and evolution, radiative processes, Galactic and extragalactic astronomy, high-energy astrophysics and cosmology
• Specialist options that may include observational techniques, computational astrophysics, planetary science and instrumentation
• Substantial individual research project or dissertation in a topic drawn from astrophysics or physics, supervised by academic staff
• Year abroad: an approved period of study or research at an international partner, designed to broaden subject knowledge and research skills

Assessment typically combines exams, coursework, lab reports, presentations and a major final-year project. Fieldwork and observing trips may be offered when available as part of astrophysics modules.

Entry requirements

Applicants are normally expected to have strong qualifications in physics and mathematics at advanced level. Typical applicants will present A-levels (or equivalent) including mathematics and physics, or a comparable performance in International Baccalaureate, access courses or recognised international qualifications.

• Mathematics is essential; physics is highly recommended at school level
• Alternative qualifications and combinations (for example including suitable science or computing subjects) are considered; mature applicants and those with relevant experience are welcome
• Students whose first language is not English will need to meet the department's English language requirements

All applicants are assessed on their academic record and potential for advanced study in physics and astrophysics; some applicants may be invited for interview or to provide examples of previous work.

Career prospects

Graduates leave with a strong package of analytical, numerical and experimental skills valued across many sectors. Typical destinations include:

• Research and academia — many students progress to PhD study in astrophysics, cosmology or related areas
• Space and astronomy-related industries, observatories and instrument development
• Data-intensive roles in finance, consultancy, technology and government, making use of modelling and programming skills
• Engineering, software development and scientific computing
• Secondary teaching and outreach roles in science education and public engagement

The year abroad also strengthens intercultural communication and can enhance employability for international roles or further study overseas.

Why study at University of York

The Department of Physics at York combines supportive small-group teaching with active research groups in astrophysics, cosmology, instrumentation and computational physics. Students benefit from close contact with academic staff, access to dedicated laboratory facilities and opportunities to take part in research-led projects.

• Active astrophysics research groups that supervise undergraduate projects and enable experience in contemporary research topics
• Strong support for employability, including careers guidance, placements and links with industry and research partners
• Opportunities to gain practical experience with observational techniques, instrumentation and computational modelling
• International partnerships that make the year abroad a meaningful research or study experience

Overall, the MPhys Physics & Astrophysics (Year Abroad) is designed for students aiming for advanced study or technical careers that demand deep physics knowledge, practical laboratory experience and international awareness.