COURSE CURRICULUM

In your first year, the course structure is designed to lay a solid foundation in both physics and mathematics, preparing you for more specialized study in later years. You will take six compulsory modules, which will introduce you to core concepts such as electromagnetism, wave phenomena, geophysics, astrophysics, and the properties of matter. You'll also gain practical experience in laboratory work and computational modeling, equipping you with skills essential for modern scientific research. Key modules include Electromagnetism and Waves, where you will explore electric and magnetic forces, as well as wave phenomena; Laboratory and Skills for Physics, which focuses on hands-on experimentation and problem-solving; and Geophysics and Astrophysics, which examines Earth’s physical processes and the fundamentals of astrophysics. In addition, you'll study mathematical methods tailored for science and engineering, enhancing your ability to model and analyze complex physical systems.As you progress into the second year, you will begin to explore more advanced topics in physics and mathematics, with options that may cover subjects such as electronics, meteorology, and renewable energy. Modules like Topics and Laboratory in Physics and Quantum Theory will deepen your understanding of key physical concepts, while Heat, Atoms, and Solids introduces condensed matter physics and thermodynamics. You will also develop your skills in numerical methods and programming, using Python to solve problems in fields like fluid dynamics and quantum mechanics.In the final year, you’ll have the opportunity to tailor your studies to your interests through optional modules, while also undertaking an independent research project. The Physics Project allows you to explore a specific area of physics in depth, with the support of a supervisor. You will also complete advanced laboratory work in Advanced Physics Laboratory and study higher-level concepts in Analytical Mechanics and Electromagnetic Field Theory. This year will culminate in a significant piece of independent research, providing valuable experience in scientific inquiry and communication.