MSc Astrophysics

Studying Astrophysics at St Andrews means learning through real discovery. You’ll work directly with observational data, run advanced simulations, and carry out your own research project alongside experienced astronomers. The programme blends theory with hands-on investigation, so you develop practical confidence with the tools and techniques used in modern astrophysics.

To show you what this looks like in practice, here are some of the facilities and experiences you’ll engage with:

• James Gregory Telescope and the University Observatory, where students gain genuine observational experience using one of the largest working optical telescopes in the UK.

• A full research dissertation, giving you the chance to work on an original astrophysical problem, analyse real datasets, and contribute to ongoing research within the School of Physics and Astronomy.

• Advanced module-based practical work, such as astrophysical fluid modelling, data-analysis projects, cosmology tasks, or extragalactic astronomy exercises, allowing you to apply computational and theoretical tools.

• Specialist School of Physics and Astronomy facilities, including research spaces used across astrophysics, photonics, and instrumentation, exposing you to the broader scientific environment that supports your learning.

These experiences ensure you’re not just learning astrophysics — you’re practising it with the same methods used by professional researchers.

Graduates from St Andrews’ MSc Astrophysics step into the world with a strong scientific foundation and highly marketable analytical skills. Many continue into research roles, while others move confidently into data-driven industries or technical positions across science and technology.

Typical roles include:

• Observatory or Research Astrophysicist

• Data Scientist or Computational Analyst

• Scientific Programmer or Software Engineer

• Space-industry or Aerospace Analyst

To support you on that journey, St Andrews offers:

• Dedicated Careers Centre support, including personalised advising, CV and interview preparation, and access to employer events and internship opportunities.

• Strong early-career outcomes for physical sciences graduates, who often report competitive starting salaries after completing their studies.

• A broad, flexible skill set that transfers easily into sectors such as finance, tech, engineering, and scientific research thanks to your computational, problem-solving and research training.

• A highly respected School of Physics and Astronomy, giving your qualification lasting academic value and helping you stand out when applying for advanced research roles or doctoral programmes.

• A strong record of graduate progression, with many MSc students moving into PhDs or research positions shortly after completing the degree.

Further Academic Progression:
If you plan to continue into research, this MSc provides a direct and well-supported route into PhD study in astrophysics, cosmology, computational physics or data-intensive science. Many graduates continue at St Andrews or progress to other leading institutions, building on the research experience gained during the dissertation.