Login
Curriculum Mapping System
Year 2026/27
Main Menu
Home
Search
Overview
Module - PHYS1005 - Computing for Physical Science
Programme
F300 - BSc Physics
F303 - MSci Physics
F325 - MSci Mathematical Physics
F326 - BSc Mathematical Physics
F326 - BSc Mathematical Physics
F340 - MSci Physics with Theoretical Physics
F344 - BSc Physics with Theoretical Physics
F345 - MSci Physics with Theoretical Astrophysics
F346 - BSc Physics with Theoretical Astrophysics
F350 - BSc Physics with Medical Physics
F371 - MSci Physics with Medical Physics
F390 - BSc Physics with Nanoscience
F391 - MSci Physics with Nanoscience
F3F5 - BSc Physics with Astronomy
F3FM - MSci Physics with Astronomy
F3R9 - BSc Physics with European Language
F3RX - MSci Physics with European Language
FF31 - BSc Chemistry amd Molecular Physics
FF31 - BSc Chemistry and Molecular Physics
FF31 - BSc Chemistry and Molecular Physics
FFH1 - MSci Chemistry and Molecular Physics
FV35 - BSc Physics and Philosophy
FV35 - BSc Physics and Philosophy
Phys1 - Physics all modules dummy
Year
Select a new weight:
https://curriculum.nottingham.ac.uk/2026/view/tree/45501/year_lookup/XXIDXX
Year 2026/2027
Accrediting Bodies
https://curriculum.nottingham.ac.uk/2026/view/tree/45501/year_lookup/XXIDXX
Institute of Physics (IOP)
Module Code
PHYS1005
Credits
10
Sessions
Learning Activities
Outcomes
Other Modules
https://curriculum.nottingham.ac.uk/2026/view/nodetree/45501/session/XXIDXX
Search:
Reset
https://curriculum.nottingham.ac.uk/2026/view/nodetree/45501/learning_act/XXIDXX
Search:
Reset
https://curriculum.nottingham.ac.uk/2026/view/tree/45501/outcomes/XXIDXX
Module Catalogue (Summary of Content)
Basics of Matlab
Variables and operators
Inputting and outputting information
Vectors and arrays
Plotting 2D and 3D graphs
Logic and loops
Functions
Reading from / writing to files
https://curriculum.nottingham.ac.uk/2026/view/tree/45501/other_modules/XXIDXX
Programme
FF31 - BSc Chemistry amd Molecular Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS2001 - The Quantum World
PHYS2003 - Classical Fields
PHYS2006 - Experimental Techniques and Instrumentation
PHYS2008 - Fourier Methods
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3005 - Physics Project CMP
FF31 - BSc Chemistry and Molecular Physics
Modules
MATH1005 - Analytical and Computational Foundations
MATH1006 - Calculus
MATH1007 - Linear mathematics
MATH2005 - Vector Calculus
MATH2007 - Complex Functions
MATH2008 - Differential Equations and Fourier Analysis
MATH2009 - Mathematical Analysis
MATH2013 - Introduction to Mathematical Physics
MATH4041 - Project (Autumn)
MATH4042 - Project (Spring)
PHYS1001 - From Newton to Einstein
PHYS1004 - Quantitative Physics
PHYS2002 - Thermal and Statistical Physics
PHYS2007 - Optics and electromagnetism
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
FF31 - BSc Chemistry and Molecular Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS2001 - The Quantum World
PHYS2003 - Classical Fields
PHYS2006 - Experimental Techniques and Instrumentation
PHYS2008 - Fourier Methods
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3005 - Physics Project CMP
F326 - BSc Mathematical Physics
Modules
MATH1005 - Analytical and Computational Foundations
MATH1006 - Calculus
MATH1007 - Linear mathematics
MATH2005 - Vector Calculus
MATH2007 - Complex Functions
MATH2008 - Differential Equations and Fourier Analysis
MATH2009 - Mathematical Analysis
MATH2013 - Introduction to Mathematical Physics
MATH3010 - Advanced Quantum Theory
MATH4041 - Project (Autumn)
MATH4042 - Project (Spring)
PHYS1001 - From Newton to Einstein
PHYS1004 - Quantitative Physics
PHYS2002 - Thermal and Statistical Physics
PHYS2007 - Optics and electromagnetism
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
F326 - BSc Mathematical Physics
Modules
MATH1005 - Analytical and Computational Foundations
MATH1006 - Calculus
MATH1007 - Linear mathematics
MATH2005 - Vector Calculus
MATH2007 - Complex Functions
MATH2008 - Differential Equations and Fourier Analysis
MATH2009 - Mathematical Analysis
MATH2013 - Introduction to Mathematical Physics
MATH4041 - Project (Autumn)
MATH4042 - Project (Spring)
PHYS1001 - From Newton to Einstein
PHYS1004 - Quantitative Physics
PHYS2002 - Thermal and Statistical Physics
PHYS2007 - Optics and electromagnetism
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
F300 - BSc Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
FV35 - BSc Physics and Philosophy
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS3001 - Atoms, Photons and Elementary Particles
FV35 - BSc Physics and Philosophy
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS3001 - Atoms, Photons and Elementary Particles
F3F5 - BSc Physics with Astronomy
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3007 - The Structure of Stars
PHYS3011 - The structure of galaxies
PHYS4003 - Introduction to cosmology
PHYS4009 - Extreme Astrophysics
F3R9 - BSc Physics with European Language
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
F350 - BSc Physics with Medical Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3008 - Health Physics
PHYS3012 - Molecular Biophysics
PHYS4005 - From accelerators to medical imaging
PHYS4010 - Functional medical imaging
F390 - BSc Physics with Nanoscience
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3009 - Force and function at the nanoscale
PHYS3012 - Molecular Biophysics
PHYS4006 - Soft Condensed Matter
PHYS4011 - Imaging and Manipulation at the Nanoscale
F346 - BSc Physics with Theoretical Astrophysics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3007 - The Structure of Stars
PHYS3010 - Principles of dynamics
PHYS3011 - The structure of galaxies
PHYS3013 - Symmetry and Action in Physics
PHYS4003 - Introduction to cosmology
PHYS4009 - Extreme Astrophysics
F344 - BSc Physics with Theoretical Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3010 - Principles of dynamics
PHYS3013 - Symmetry and Action in Physics
FFH1 - MSci Chemistry and Molecular Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS2001 - The Quantum World
PHYS2003 - Classical Fields
PHYS2006 - Experimental Techniques and Instrumentation
PHYS2008 - Fourier Methods
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3005 - Physics Project CMP
PHYS4005 - From accelerators to medical imaging
PHYS4024 - Natural Science and CMP Physics Project
F325 - MSci Mathematical Physics
Modules
MATH1005 - Analytical and Computational Foundations
MATH1006 - Calculus
MATH1007 - Linear mathematics
MATH2005 - Vector Calculus
MATH2007 - Complex Functions
MATH2008 - Differential Equations and Fourier Analysis
MATH2009 - Mathematical Analysis
MATH2013 - Introduction to Mathematical Physics
MATH3010 - Advanced Quantum Theory
MATH3018 - Relativity
PHYS1001 - From Newton to Einstein
PHYS1004 - Quantitative Physics
PHYS2002 - Thermal and Statistical Physics
PHYS2007 - Optics and electromagnetism
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3004 - Physics Project B
PHYS4001 - Mathematical Physics Project
F303 - MSci Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS4015 - Physics Research Project
PHYS4017 - Quantum Dynamics
F3FM - MSci Physics with Astronomy
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3007 - The Structure of Stars
PHYS3011 - The structure of galaxies
PHYS4003 - Introduction to cosmology
PHYS4009 - Extreme Astrophysics
F3RX - MSci Physics with European Language
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS4015 - Physics Research Project
F371 - MSci Physics with Medical Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3004 - Physics Project B
PHYS3008 - Health Physics
PHYS3012 - Molecular Biophysics
PHYS4005 - From accelerators to medical imaging
PHYS4010 - Functional medical imaging
PHYS4015 - Physics Research Project
PHYS4017 - Quantum Dynamics
PHYS4019 - Imaging and image processing
F391 - MSci Physics with Nanoscience
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3004 - Physics Project B
PHYS3009 - Force and function at the nanoscale
PHYS3012 - Molecular Biophysics
PHYS4006 - Soft Condensed Matter
PHYS4011 - Imaging and Manipulation at the Nanoscale
PHYS4015 - Physics Research Project
PHYS4017 - Quantum Dynamics
PHYS4026 - Advanced Topics in Nanoscience Research
F345 - MSci Physics with Theoretical Astrophysics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3004 - Physics Project B
PHYS3007 - The Structure of Stars
PHYS3010 - Principles of dynamics
PHYS3011 - The structure of galaxies
PHYS3013 - Symmetry and Action in Physics
PHYS4002 - Gravity
PHYS4003 - Introduction to cosmology
PHYS4009 - Extreme Astrophysics
PHYS4015 - Physics Research Project
PHYS4016 - Modern cosmology
PHYS4017 - Quantum Dynamics
PHYS4020 - Research techniques in astronomy
PHYS4029 - Order, disorder and fluctuations
F340 - MSci Physics with Theoretical Physics
Modules
MATH1013 - Mathematics for Physics and Astronomy
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3004 - Physics Project B
PHYS3010 - Principles of dynamics
PHYS3013 - Symmetry and Action in Physics
PHYS4015 - Physics Research Project
PHYS4017 - Quantum Dynamics
Phys1 - Physics all modules dummy
Modules
F34PPP - The Politics Perception and Philosophy of Physics
MATH1005 - Analytical and Computational Foundations
MATH1006 - Calculus
MATH1007 - Linear mathematics
MATH1013 - Mathematics for Physics and Astronomy
MATH2005 - Vector Calculus
MATH2007 - Complex Functions
MATH2008 - Differential Equations and Fourier Analysis
MATH2009 - Mathematical Analysis
MATH2013 - Introduction to Mathematical Physics
MATH3010 - Advanced Quantum Theory
MATH3018 - Relativity
MATH4041 - Project (Autumn)
MATH4042 - Project (Spring)
PHYS1001 - From Newton to Einstein
PHYS1002 - Introductory Experimental Physics
PHYS1003 - Frontiers in Physics
PHYS1004 - Quantitative Physics
PHYS2001 - The Quantum World
PHYS2002 - Thermal and Statistical Physics
PHYS2003 - Classical Fields
PHYS2004 - Wave phenomena
PHYS2005 - Intermediate Experimental Physics
PHYS2006 - Experimental Techniques and Instrumentation
PHYS2007 - Optics and electromagnetism
PHYS2008 - Fourier Methods
PHYS3001 - Atoms, Photons and Elementary Particles
PHYS3002 - Introduction to Solid State Physics
PHYS3003 - Physics Project A
PHYS3004 - Physics Project B
PHYS3005 - Physics Project CMP
PHYS3007 - The Structure of Stars
PHYS3008 - Health Physics
PHYS3009 - Force and function at the nanoscale
PHYS3010 - Principles of dynamics
PHYS3011 - The structure of galaxies
PHYS3012 - Molecular Biophysics
PHYS3013 - Symmetry and Action in Physics
PHYS4001 - Mathematical Physics Project
PHYS4002 - Gravity
PHYS4003 - Introduction to cosmology
PHYS4005 - From accelerators to medical imaging
PHYS4006 - Soft Condensed Matter
PHYS4009 - Extreme Astrophysics
PHYS4010 - Functional medical imaging
PHYS4011 - Imaging and Manipulation at the Nanoscale
PHYS4015 - Physics Research Project
PHYS4016 - Modern cosmology
PHYS4017 - Quantum Dynamics
PHYS4019 - Imaging and image processing
PHYS4020 - Research techniques in astronomy
PHYS4024 - Natural Science and CMP Physics Project
PHYS4026 - Advanced Topics in Nanoscience Research
PHYS4029 - Order, disorder and fluctuations
PHYS4032 - The Politics Perception and Philosophy of Physics
© Copyright 2013 The University of Nottingham