Physics with a Foundation Year

Physics is the science of how the universe works at its most fundamental level. It uses the language of mathematics to describe phenomena ranging from the behaviour of subatomic particles to the large-scale structure of the cosmos, and in doing so provides the theoretical foundations from which all applied science and engineering ultimately derive. At Swansea University, the BSc Physics with a Foundation Year runs over four years of full-time study, with the foundation year offering the mathematical and scientific preparation that students need before entering the main programme.

As the programme's current description notes, physics combines analytical reasoning and problem solving, using mathematics to understand the universe from the quantum world to the cosmic scale. In the foundation year you will consolidate the mathematical and physical knowledge that underpins the main degree, and then progress into a curriculum that takes you through classical mechanics, electromagnetism, thermodynamics, and wave physics before moving into quantum mechanics, atomic and nuclear physics, condensed matter, and the physics of stars and the cosmos. Laboratory work develops your experimental skills, your ability to design measurements and manage uncertainty, and your experience of using real physical equipment.

Computing is increasingly central to physics at university level, and you will develop the ability to use computational tools for modelling and analysis.

Physics graduates from Swansea and other universities have consistently strong prospects across a wide range of careers. The combination of mathematical rigour, analytical problem-solving, and quantitative reasoning that a physics degree develops is valued in finance, data science and technology, defence, telecommunications, engineering, healthcare physics, and academic research. Many graduates go on to doctoral study in physics or applied disciplines such as astrophysics, particle physics, condensed matter, or biophysics.

Others move directly into industry, the civil service, or teaching, where trained physicists are in sustained demand. The foundation year makes the programme accessible to students whose A-level preparation was not in the traditional sciences, without reducing the rigour of the degree they graduate with.