Program Overview
The Physics degree at the University of Dundee focuses on the properties of matter and energy and their application in astronomical phenomena. Students will develop a deep understanding of physics principles and laws through a combination of theoretical study, advanced laboratory skills, and practical research experience, preparing them for a wide range of careers in science and technology. The program also features a friendly and approachable academic environment and opportunities for student engagement through the Physics Society.
Program Outline
Degree Overview:
Physics is the most fundamental science, concerned with the nature and properties of matter and energy. This means physics-based knowledge can be applied across the depth and breadth of industry. In the context of astronomical phenomena, circumstances may conspire to produce extreme physical conditions such as gravity, pressure, and temperature. The course will increase your understanding of fundamental physics and expand your mathematical skills. You’ll study both classical physics and developments in modern physics and gain advanced laboratory skills and hands-on experience with challenging experiments. As you progress through your studies, you’ll study modules in astrophysics in more detail such as space physics and astronomy, stars and planetary systems, and galaxies and the universe. In your final year, you’ll conduct a personal project which will involve practical experience in a research laboratory. You’ll also have the option to take part in dedicated undergraduate research projects from the start of your course. They have organised trips to CERN, Munich, and Amsterdam as well as the annual Physics Ball. You can meet with students from all year groups to help guide you through the more challenging aspects of the course.
Careers:
Physicists and astrophysicists have a broad knowledge and expertise base in theoretical and applied science, as well as high-level mathematical skills. They are adept at solving both abstract and concrete problems. Graduates can pursue careers in such diverse areas as: microelectronics advanced materials medicine telecommunications microelectronics nuclear power and instrumentation cryogenics astronomy geophysics computing teaching business, finance and management
