BSc Astrophysics
About this course
Astrophysics sits at the frontier of human knowledge, asking how the universe began, how it evolved, and what the fundamental physical laws are that govern everything from subatomic particles to galaxy clusters. It is a discipline that demands both deep mathematical reasoning and imaginative engagement with phenomena far beyond everyday experience: the birth and death of stars, the dynamics of black holes, the expansion of space-time, and the search for planets beyond our solar system. For those drawn to the largest questions science can address, it offers a rigorous and genuinely exciting way of thinking about existence. At the University of Edinburgh, you will follow a four-year full-time integrated master's programme that includes a year abroad, allowing you to study or carry out research at an international partner institution. The degree builds systematically from the foundations of physics and mathematics in the early years, introducing classical mechanics, electromagnetism, thermodynamics, quantum mechanics, and relativity before focusing increasingly on astrophysical applications. You will study stellar structure and evolution, cosmology, observational techniques, the physics of galaxies, and computational methods used to model complex astronomical systems. The programme develops your ability to construct and test quantitative models, interpret data from telescopes and satellites, and communicate scientific reasoning clearly. Edinburgh's research environment in astronomy and astrophysics means you benefit from proximity to active research programmes throughout your studies. Graduates of astrophysics are equipped with mathematical and computational skills that are highly transferable across many sectors. Many go on to postgraduate research, either at Edinburgh or at institutions worldwide, pursuing careers in academic science, space agencies, or research institutes. Beyond academia, the analytical and problem-solving training opens doors in data science, software engineering, financial modelling, scientific communication, and technology-sector roles. The discipline also feeds directly into careers in science policy, education, and science journalism for those who wish to work at the interface between research and society.
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