Physics

Overview

Join our friendly community and explore fantastic subjects, from the nature of matter to the origins of the Universe. Your BSc Physics degree is a highly flexible course directly influenced by the research taking place at UEA. Our teaching takes place in small groups. You’ll be working directly with top researchers, while our friendly community will support you all along your learning path.

Your BSc Physics degree covers a wide range of subjects like astrophysics, quantum physics, geophysics, fluid mechanics, and computing fluid mechanics. We offer core modules that give you a solid and broad foundation across Physics, but you can also tailor your degree by choosing from various optional modules we offer. In your final year project, you’ll have the chance to research a specific topic of your choice.

You’ll use our top-class laboratories and high-tech equipment. Through experiments, you’ll gain a practical understanding of the subjects, and you’ll find them even more fascinating.

By the time you graduate, you’ll have skills that are much in demand by employers. You'll excel in analytical problem-solving, data analysis, and robust research techniques. You’ll be ready to set foot on a career as a professional scientist or work in finance, high-tech start-up companies, or science-based industries.

Disclaimer

Course details are subject to change. You should always confirm the details on the provider's website: www.uea.ac.uk

Course Modules

In your first year, you’ll be given a foundation in a broad range of physics topics, including quantum mechanics, astrophysics, mathematics and relativity. You’ll build on this basis in your second year with teaching in intermediate physics topics and advanced mathematics, while beginning to customise your degree with a number of optional modules in diverse fields. You can choose to complement your compulsory modules with a focus on electronics, energy, oceans, tectonics or meteorology. In your final year, you’ll have an even greater choice of modules to study alongside advanced physics topics and an independent research project.