MPhys Physics
Entry requirements
A level: AAB including Mathematics and Physics
About this course
MPhys in Physics, combining theoretical and experimental approaches across four years of study. Core topics include Programming, Control Systems, Mathematical Modelling, and Research Methods. Students undertake research projects in both their third and fourth years, with the option to collaborate on a medical physics project.
Modules
- LABORATORY AND SKILLS FOR PHYSICS
- ELECTROMAGNETISM AND WAVES
- COMPUTATION AND MODELLING
- GEOPHYSICS AND ASTROPHYSICS
- PROPERTIES OF MATTER
- MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- FURTHER MATHEMATICAL METHODS FOR SCIENCE AND ENGINEERING
- TOPICS AND LABORATORY IN PHYSICS
- HEAT, ATOMS AND SOLIDS
- FLUID FLOW - THEORY AND COMPUTATION
- QUANTUM THEORY
- ANALOGUE AND DIGITAL ELECTRONICS
- STELLAR PHYSICS
- ADVANCED PHYSICS LABORATORY
- ANALYTICAL MECHANICS AND ELECTROMAGNETIC FIELD THEORY
- PHYSICS PROJECT
- ANALOGUE AND DIGITAL ELECTRONICS
- STELLAR PHYSICS
- DYNAMICS AND VIBRATION
- PHYSICAL CHEMISTRY II
- PROGRAMMING FOR NON-SPECIALISTS
- ENERGY TRANSITIONS
- NUCLEAR ENGINEERING AND TECHNOLOGY
- SOLAR ENERGY ENGINEERING
- MODELLING ENVIRONMENTAL PROCESSES
- SCIENCE COMMUNICATION
- THE PHYSICS OF THE UNIVERSE
- GENERAL RELATIVITY
- CONTROL SYSTEMS
- PARTIAL DIFFERENTIAL EQUATIONS
- FLUIDS AND WAVES
- RESEARCH TOPICS IN PHYSICS
- PHYSICS RESEARCH PROJECT
- PARTIAL DIFFERENTIAL EQUATIONS WITH ADVANCED TOPICS
- ADVANCED COMPUTATIONAL METHODS
- POWER SYSTEMS ENGINEERING
- RELATIVISTIC ASTROPHYSICS
- FLUIDS AND WAVES WITH ADVANCED TOPICS
- MODELLING ENVIRONMENTAL PROCESSES
- UBIQUITOUS COMPUTING
- FLUIDS ENGINEERING FOR RENEWABLE ENERGY
- RESEARCH TOPICS IN EARTH SCIENCE