Computational Physics MPhys 60 months Undergraduate Programme By The University of Edinburgh |TopUniversities
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Programme Duration

60 monthsProgramme duration

Starting Month

SepStarting Month

Programme overview

Main Subject

Computer Science and Information Systems

Degree

MPhys

Study Level

Undergraduate

Study Mode

On Campus

The close relationship between physics and high-performance computing is embodied in our Computational Physics MPhys degree programme.


Most theoretical problems are now sufficiently complex that they cannot be solved by mathematics alone. As experimentation becomes more difficult and expensive, computer simulation has become the most practical way to understand complex phenomena such as:


  • turbulence
  • nuclear reactors and weapons
  • climate change


These are the areas where computational physicists already dominate. In the future, based on current recruitment patterns, the methods of computational physics will also come to dominate other areas such as:


  • financial markets
  • genomics
  • disease control


This physics-based programme is for students interested in computing, modelling and simulation. You will study:


  • programming
  • algorithms
  • problem-solving methodologies


You will receive a thorough education in physics and the associated mathematics and develop the ability to write computer programs to simulate natural systems.


Compared to the BSc, our MPhys Computational Physics programme provides a broader and deeper exposure to the concepts, methods and phenomena of physics. You will also gain experience of research work through an extended project. This provides a foundation for further research studies in physics.


Programme benefits


  • Be taught by academic staff with links to major research facilities across the world, including CERN, TRIUMF, Rutherford Appleton Laboratory and a number of principal astronomy facilities.
  • The degree includes substantial practical experience, including the opportunity to use the University's world-class computing systems.
  • Benefit from an interactive learning experience.
  • This programme is accredited by the Institute of Physics (IOP) and fully meets the educational requirements for Chartered Physicist.
  • Take your knowledge further by completing a major research project in Year 5.

Programme overview

Main Subject

Computer Science and Information Systems

Degree

MPhys

Study Level

Undergraduate

Study Mode

On Campus

The close relationship between physics and high-performance computing is embodied in our Computational Physics MPhys degree programme.


Most theoretical problems are now sufficiently complex that they cannot be solved by mathematics alone. As experimentation becomes more difficult and expensive, computer simulation has become the most practical way to understand complex phenomena such as:


  • turbulence
  • nuclear reactors and weapons
  • climate change


These are the areas where computational physicists already dominate. In the future, based on current recruitment patterns, the methods of computational physics will also come to dominate other areas such as:


  • financial markets
  • genomics
  • disease control


This physics-based programme is for students interested in computing, modelling and simulation. You will study:


  • programming
  • algorithms
  • problem-solving methodologies


You will receive a thorough education in physics and the associated mathematics and develop the ability to write computer programs to simulate natural systems.


Compared to the BSc, our MPhys Computational Physics programme provides a broader and deeper exposure to the concepts, methods and phenomena of physics. You will also gain experience of research work through an extended project. This provides a foundation for further research studies in physics.


Programme benefits


  • Be taught by academic staff with links to major research facilities across the world, including CERN, TRIUMF, Rutherford Appleton Laboratory and a number of principal astronomy facilities.
  • The degree includes substantial practical experience, including the opportunity to use the University's world-class computing systems.
  • Benefit from an interactive learning experience.
  • This programme is accredited by the Institute of Physics (IOP) and fully meets the educational requirements for Chartered Physicist.
  • Take your knowledge further by completing a major research project in Year 5.

Admission Requirements

Entry requirements for individual programmes vary, so please check the details for the specific programme you wish to apply for on the University of Edinburgh website. You will also need to meet the University’s language requirements.

5 Years
Sep

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