THE UNIVERSITY of EDINBURGH

DEGREE REGULATIONS & PROGRAMMES OF STUDY 2026/2027

Timetable information in the Course Catalogue may be subject to change.
University Homepage
DRPS Homepage
DRPS Search
DRPS Contact
DRPS : DPTs :  School of Physics and Astronomy DPTs

Degree Programme Table: Computational Physics (MPhys) (UTCOPHM)

Jump to: Year 1, Year 2, Year 3, Year 4, Year 5

Year 1 Academic year: 2026/27, Starting in: September

Compulsory courses

You must take these courses
Physics 1A: Foundations

Must be passed and taken during Semester 1

PHYS08016 20 credits
Physics 1B: The Stuff of the Universe

Must be passed and taken during Semester 2

PHYS08017 20 credits
Mathematics for Physics 1

Must be passed and taken during Semester 1

PHYS08035 20 credits
Mathematics for Physics 2

Must be passed and taken during Semester 2

PHYS08036 20 credits
Informatics 1 - Introduction to Computation

Must be passed and taken during Semester 1

INFR08025 20 credits

Course options

Group A

Select exactly 20 credits in this group.

Informatics 1 - Introduction to Programming

Select exactly 20 credits of the following courses
Notes:
Introduction to Programming INFR07004 is required for students without significant programming and software engineering experience prior to university, which may have come through formal qualifications or personal practice. Students with grade A at Advanced Higher Computing Science or A-level Computer Science are not permitted to take the course. Other students are required to take a diagnostic test which will indicate whether they are able to opt out of the course or not.
Informatics 1 - Introduction to Programming
INFR07004 20 credits
OR

Level 7 and 8 courses in Schedules A to T, W and Y

Select between 0 and 20 credits from Level 7 and 8 courses in Schedules A to T, W and Y

Year 2 Academic year: 2026/27, Starting in: August

Notes:
Progression to third year requires passes in all compulsory courses listed below, in addition to the general progression requirements.

You should meet with your Academic Advisor in Welcome Week to confirm your selection of optional courses.

Compulsory courses

You must take these courses
Dynamics and Vector Calculus

Must be passed and taken during Semester 2

PHYS08043 20 credits
Modern Physics

Must be passed and taken during Semester 1

PHYS08045 10 credits
Linear Algebra and Several Variable Calculus

Must be passed and taken during Semester 1

PHYS08042 10 credits
Experimental Physics 2

Must be passed and taken during Semester 2

PHYS08058 10 credits
Programming and Data Analysis

Must be passed and taken during Semester 1

PHYS08049 10 credits
Physics of Fields and Matter

Must be passed and taken during Semester 2

PHYS08046 20 credits
Computer Simulation

Must be passed and taken during Semester 2

PHYS08026 20 credits

Course options

Group A

Select exactly 20 credits in this group.

Physics and Astronomy Year 2, Direct Entry Students

Select between 0 and 20 credits of the following courses
Notes:
Direct Entry (PoE2) students MUST take this course. Continuing students MUST NOT take this course.
Physics and Mathematics for Direct Entry
PHYS08057 20 credits
AND

Level 7 and 8 courses in Schedules A to T, W and Y

Select between 0 and 20 credits from Level 7 and 8 courses in Schedules A to T, W and Y

Year 3 Academic year: 2026/27, Starting in: August

Notes:
Progression to fourth year requires passes in the following compulsory courses: Electromagnetism OR Electromagnetism and Relativity, Quantum Mechanics OR Principles of Quantum Mechanics.

This is in addition to the general progression requirement.

Compulsory courses

You must take these courses
Fourier Analysis and Statistics

Must be taken during Semester 1

PHYS09055 20 credits
Quantum Mechanics

Must be taken during Full Year

PHYS09053 20 credits
Thermal Physics

Must be taken during Full Year

PHYS09061 20 credits
Electromagnetism

Must be taken during Full Year

PHYS09060 20 credits
Research Methods in Physics

Must be taken during Full Year

PHYS09056 10 credits
Numerical Recipes

Must be taken during Semester 1

PHYS10090 10 credits
Quantum Computing Project

Must be taken during Semester 2

PHYS10110 10 credits
Numerical Ordinary Differential Equations and Applications

Must be taken during Semester 2

MATH10060 10 credits

Year 4 Academic year: 2026/27, Starting in: August

Notes:
You should meet with your Academic Advisor in Welcome Week to confirm your selection of optional courses.

Compulsory courses

You must take these courses
Modelling and Visualisation in Physics

Must be taken during Semester 2

PHYS10035 10 credits
Group Project

Must be taken during Full Year

PHYS11011 10 credits
Relativity, Nuclear and Particle Physics

Must be taken during Semester 1

PHYS10096 20 credits
Introduction to Condensed Matter Physics

Must be taken during Semester 1

PHYS10099 10 credits
Statistical Physics

Must be taken during Semester 2

PHYS11024 10 credits
Physics Skills

Must be taken during Semester 2

PHYS10042 10 credits
Quantum Physics

Must be taken during Semester 2

PHYS10043 10 credits

Course options

Physics and Astronomy Senior Honours Projects

Select exactly 20 credits of the following courses
Senior Honours Project (Physics & Astronomy) Semester 1
PHYS10086 20 credits
Senior Honours Project (Physics & Astronomy) Semester 2
PHYS10087 20 credits
Science Communication and Public Engagement
PHYS10113 20 credits
AND

Group A

Select exactly 20 credits in this group.

Physics & Astronomy SH/IM Options - Level 10

Select between 0 and 20 credits of the following courses
Notes:
This selection includes all available Level 10 course options for SH/IM students in Physics and Astronomy.
Lagrangian Dynamics
PHYS10015 10 credits
Methods of Mathematical Physics
PHYS10034 10 credits
Modelling and Visualisation in Physics
PHYS10035 10 credits
Physics Skills
PHYS10042 10 credits
Quantum Physics
PHYS10043 10 credits
Symmetries of Quantum Mechanics
PHYS10083 10 credits
Numerical Recipes
PHYS10090 10 credits
Solid State Physics
PHYS10095 10 credits
Soft Condensed Matter Physics
PHYS10097 10 credits
Introduction to Condensed Matter Physics
PHYS10099 10 credits
Data Acquisition and Handling
PHYS10100 10 credits
Methods of Theoretical Physics
PHYS10105 20 credits
Quantum Computing Project
PHYS10110 10 credits
Astrophysics: Stars and Planets
PHYS10111 20 credits
Astrophysics: Galaxies and Cosmology
PHYS10112 20 credits
AND

Physics & Astronomy SH/IM Options - Level 11

Select between 0 and 20 credits of the following courses
Notes:
This selection includes all available Level 11 course options for SH/IM students in Physics and Astronomy.

At least 120 credits of Level 11 courses must be taken over Senior Honours and Integrated Masters years.
Symmetries of Particles and Fields
PGPH11097 10 credits
Detectors in Particle & Nuclear Physics
PGPH11104 10 credits
Advanced Statistical Physics
PHYS11007 10 credits
General Relativity
PHYS11010 10 credits
Hamiltonian Dynamics
PHYS11012 10 credits
Quantum Theory
PHYS11019 10 credits
Statistical Physics
PHYS11024 10 credits
Advanced Cosmology
PHYS11035 10 credits
Computational Astrophysics
PHYS11037 10 credits
Biological Physics
PHYS11040 10 credits
Nuclear Physics
PHYS11041 10 credits
Particle Physics
PHYS11042 10 credits
Lasers and Applications
PHYS11044 10 credits
Classical Electrodynamics
PHYS11045 10 credits
Nuclear Astrophysics
PHYS11053 10 credits
Geometry and Physics of Soft Condensed Matter
PHYS11055 10 credits
Electronic Structure Theory
PHYS11061 10 credits
Current Topics in Particle Physics
PHYS11063 10 credits
Medical Physics
PHYS11064 10 credits
Quantum Field Theory
PHYS11065 20 credits
Physics of Extreme Environments
PHYS11066 10 credits
Radiation Processes in Astrophysics
PHYS11067 20 credits
Galaxy Evolution
PHYS11070 20 credits
Scientific Image Analysis
PHYS11071 20 credits
Gauge Theories in Particle Physics
PHYS11072 20 credits
Theoretical methods for fusion and astrophysical plasmas
PHYS11073 20 credits
Data Analysis and Machine Learning in Physics
PHYS11074 20 credits
AND

Level 10 courses in the School of Informatics

Select between 0 and 20 credits from Level 10 courses in the School of Informatics
Notes:
Level 10 options from the School of Informatics.
AND

Level 11 courses in the School of Informatics

Select between 0 and 20 credits from Level 11 courses in the School of Informatics
Notes:
Level 11 options from the School of Informatics. At least 120 credits of level 11 courses must be taken over Senior Honours and Integrated Masters years.

Year 5 Academic year: 2026/27, Starting in: August

Notes:
At least 120 credits of Level 11 courses must be taken over Senior Honours and Integrated Masters years.

Graduation with an MPhys requires a pass in the MPhys Project.

You should meet with your Academic Advisor in Welcome Week to confirm your selection of optional courses.

Compulsory courses

You must take these courses
MPhys Project

Must be taken during Full Year

PHYS11016 40 credits
MPhys Project Presentation

Must be passed and taken during Semester 2

PHYS11049 10 credits

Course options

Group A

Select exactly 70 credits in this group.

Physics & Astronomy SH/IM Options - Level 10

Select between 0 and 40 credits of the following courses
Notes:
Level 10 options for SH/IM students in Physics and Astronomy.
Lagrangian Dynamics
PHYS10015 10 credits
Methods of Mathematical Physics
PHYS10034 10 credits
Modelling and Visualisation in Physics
PHYS10035 10 credits
Physics Skills
PHYS10042 10 credits
Quantum Physics
PHYS10043 10 credits
Symmetries of Quantum Mechanics
PHYS10083 10 credits
Numerical Recipes
PHYS10090 10 credits
Solid State Physics
PHYS10095 10 credits
Soft Condensed Matter Physics
PHYS10097 10 credits
Introduction to Condensed Matter Physics
PHYS10099 10 credits
Data Acquisition and Handling
PHYS10100 10 credits
Methods of Theoretical Physics
PHYS10105 20 credits
Quantum Computing Project
PHYS10110 10 credits
Astrophysics: Stars and Planets
PHYS10111 20 credits
Astrophysics: Galaxies and Cosmology
PHYS10112 20 credits
AND

Physics & Astronomy SH/IM Options - Level 11

Select between 0 and 70 credits of the following courses
Notes:
Level 11 options for SH/IM students in Physics and Astronomy.

At least 120 credits of Level 11 courses must be taken over Senior Honours and Integrated Masters years.
Symmetries of Particles and Fields
PGPH11097 10 credits
Detectors in Particle & Nuclear Physics
PGPH11104 10 credits
Advanced Statistical Physics
PHYS11007 10 credits
General Relativity
PHYS11010 10 credits
Hamiltonian Dynamics
PHYS11012 10 credits
Quantum Theory
PHYS11019 10 credits
Statistical Physics
PHYS11024 10 credits
Advanced Cosmology
PHYS11035 10 credits
Computational Astrophysics
PHYS11037 10 credits
Biological Physics
PHYS11040 10 credits
Nuclear Physics
PHYS11041 10 credits
Particle Physics
PHYS11042 10 credits
Lasers and Applications
PHYS11044 10 credits
Classical Electrodynamics
PHYS11045 10 credits
Nuclear Astrophysics
PHYS11053 10 credits
Geometry and Physics of Soft Condensed Matter
PHYS11055 10 credits
Electronic Structure Theory
PHYS11061 10 credits
Current Topics in Particle Physics
PHYS11063 10 credits
Medical Physics
PHYS11064 10 credits
Quantum Field Theory
PHYS11065 20 credits
Physics of Extreme Environments
PHYS11066 10 credits
Radiation Processes in Astrophysics
PHYS11067 20 credits
Galaxy Evolution
PHYS11070 20 credits
Scientific Image Analysis
PHYS11071 20 credits
Gauge Theories in Particle Physics
PHYS11072 20 credits
Theoretical methods for fusion and astrophysical plasmas
PHYS11073 20 credits
Data Analysis and Machine Learning in Physics
PHYS11074 20 credits
AND

Level 10 courses in the School of Informatics

Select between 0 and 40 credits from Level 10 courses in the School of Informatics
Notes:
Level 10 options from the School of Informatics.
AND

Level 11 courses in the School of Informatics

Select between 0 and 70 credits from Level 11 courses in the School of Informatics
Notes:
Level 11 options from the School of Informatics. At least 120 credits of level 11 courses must be taken over Senior Honours and Integrated Masters years.
General Disclaimer
Privacy & cookies
© Copyright 2026 The University of Edinburgh - 8 April 2026 8:15 pm