Â鶹ԭ´´

The Integrated Masters in Physics will allow you to explore the fundamentals of this central science, from classical dynamics to the intriguing theories of quantum mechanics and relativity. You will learn how these and other underpinning ideas may be applied in fields such as electronics, lasers, condensed matter, biophotonics, and applications of quantum physics.

The final year contains a number of advanced modules that have strong links with the School's research programme. The project is full time for the final semester, and is usually with one of the School's research teams.

The Physics degree programme allows you to access opportunities to develop your knowledge and skills (including computational and lab work) and to build competencies that will be useful in a wide range of careers, both in research and development in physics-based industry and in areas such as finance and management. 

Course details

The MPhys in Physics is a five-year Integrated Masters course run by the School of Physics and Astronomy. It will take four years for those taking direct entry to second year. During your degree, you will be introduced to core topics in mainstream physics – such as mechanics, waves, light, electricity and magnetism – as well as learn the fundamental mathematical skills needed for application to physics.

In the first two years of your studies, you will also study modules from the School of Mathematics and Statistics, as mathematics is the language of physics. Depending on how many mathematics modules you choose to do, you may be able to choose modules in other subjects such as astronomy, chemistry, computer science, philosophy, or many other subjects from across the University.

Careers

Graduates from the School enjoy a range of career options. Some use their physics knowledge and skills every day, for example, in research and development. Others use the more general problem solving, programming and mathematical skills developed in the course in finance and management careers. 

At the end of the degree, graduates should  be equipped with the following skills that are valued in a wide range of occupations:

• the ability to determine what information is needed to solve a problem, and a knowledge of where to find or generate such information
• applicable mathematical and computational techniques and where to use them
• knowledge and understanding of fundamental physical laws and principles
• the ability to analyse data and evaluate the level of uncertainty in results
• skills to identify relevant principles and laws of physics when dealing with problems
• communication skills including the ability to present complex information clearly and concisely.