BSc Physics
About this course
Physics is the fundamental science, concerned with understanding the nature of matter, energy, space, and time at every scale from the subatomic to the cosmological. It uses mathematics as its primary language to build precise models of the physical world, making predictions that can be tested against experiment with extraordinary accuracy. The discipline encompasses classical mechanics, electromagnetism, quantum mechanics, thermodynamics, optics, and relativity, and from these foundations emerge the applied sciences, from semiconductor technology and laser physics to particle physics and cosmology, that have shaped the modern world. At the University of Exeter, this three-year, full-time degree is available with a foundation year for students who need an additional preparatory year before entering the main programme. A sandwich year, a year abroad, and a work placement are all available within the programme structure, giving you multiple opportunities to gain professional experience and to study in a different academic environment. Exeter is a research-active university with particular strengths in areas such as condensed matter physics and renewable energy, and the programme benefits from that research culture. You will develop both theoretical understanding and practical experimental skills throughout the degree, combining the conceptual depth of physics with the computational and quantitative tools that are essential for modern scientific work. The typical entry tariff of 152 points reflects strong academic expectations for a demanding science degree. Physics graduates are among the most employable of any science discipline precisely because the quantitative and analytical training the subject provides transfers so widely. Many go on to postgraduate study or research in physics, engineering, or related sciences. Others enter finance, particularly quantitative finance and investment banking, where physicists are highly sought after. Technology, software, data science, aerospace, defence, and energy are all major employers of physics graduates. The ability to model complex systems, handle large quantities of data, and think rigorously about uncertain situations is valued across virtually every demanding professional field.
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