Programme requirements (2021/2022) | Master in Mathematics (Honours) Applied Mathematics

Master in Mathematics (Honours) Applied Mathematics

MMath (Hons) Applied Mathematics: First year AMTAMTSS1_2122
	Code	Module name	Credits
		Mathematics	20	AND
	Remaining credits from Level 1000 options
Further requirements Choose 120 credits in the academic year Students without the prerequisite for MT1002 must take MT1001 in Semester 1.

MMath (Hons) Applied Mathematics: Second year AMTAMTSS2_2122
	Code	Module name	Credits
	Hide list View list	120 credits from Module List: MT2501 - MT2508
		Linear Mathematics	15
		Analysis	15
		Multivariate Calculus	15
		Combinatorics and Probability	15
		Abstract Algebra	15
		Vector Calculus	15
		Mathematical Modelling	15
		Statistical Inference	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
Further requirements Choose 120 credits in the academic year Choose a minimum of 80 Level 2000 credits Automatic Entry to Honours Passes at first attempt in range MT2501 - MT2508 and average of the best four grades from these being 15 or higher and no more than two grades from these below 11.

Entry to Honours

Students who meet the requirements specified above, and who meet all other programme requirements, will be given automatic entry into Honours programmes.

Qualified entry to Honours is not available for Integrated Masters programmes.

Students who do not meet the requirements for automatic entry to Honours in an Integrated Masters programme may be eligible for automatic or qualified entry to Honours in a related BSc programme.

See: )

MMath Honours

The general requirements are 600 credits over a period of normally five years (or four years with advanced standing credits) and in no circumstances more than six years or part-time equivalent, of which the final years form an approved Honours programme of at least 330 credits of which 120 credits are at 5000 level and at least a further 210 credits are at 3000 level and above.

MMath (Hons) Applied Mathematics: Third year AMTAMTSS3_2122
	Code	Module name	Credits
	Hide list View list	Between 0 and 75 credits from Module List: MT3501 - MT3504, MT3506		AND
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Techniques of Applied Mathematics	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 45 credits from Module List: MT4005, MT4507 - MT4511, MT4551 - MT4553		AND
		Linear and Nonlinear Waves	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 20 credits from Module List: MT4112 (recommended), MT4111, MT5611		AND
		Computing in Mathematics	15
	MT4111	Symbolic Computation	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 60 credits from Module List: MT5802, MT5806, MT5809 - MT5810, MT5842, MT5846, MT5849 - MT5850, MT5852 - MT5854, MT5590, MT5990		AND
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Computational Techniques	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Independent Study Module	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 30 credits from Module List: MT5000 - MT5999, ID5059		AND
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
		Knowledge Discovery and Datamining	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 105 credits from Module List: MT3000 - MT5999, ID5059, ID4001
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Algebra: Rings and Fields	15
		Techniques of Applied Mathematics	15
		Mathematical Statistics	15
		Applied Statistics	15
		Numerical Analysis	15
		Groups	15
		Real and Abstract Analysis	15
		Linear and Nonlinear Waves	15
	MT4111	Symbolic Computation	15
		Computing in Mathematics	15
		Computing in Statistics	15
		Topics in the History of Mathematics	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
	MT4512	Automata, Languages and Complexity	15
		Fractal Geometry	15
	MT4514	Graph Theory	15
	MT4515	Functional Analysis	15
		Finite Mathematics	15
		Number Theory	15
		Topology	15
	MT4527	Time Series Analysis	15
		Markov Chains and Processes	15
		Population Genetics	15
		Bayesian Inference	15
		Spatial Statistics	15
		Quantitative Risk Management	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
		Project in Mathematics / Statistics	15
		Classical Statistical Inference	15
	MT4607	Generalised Linear Models and Data Analysis	15
	MT4608	Sampling Theory	15
	MT4609	Multivariate Analysis	15
		Design of Experiments	15
		Joint Dissertation (30cr)	30
		Joint Project (30cr)	30
	ID4001	Communication and Teaching in Science	15
		Knowledge Discovery and Datamining	15
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
Further requirements Choose 120 credits in academic year MMath Applied Mathematics Third, Fourth and Fifth Year Programme Requirements: 75 credits: MT3501, MT3502, MT3503, MT3504, MT3506; 45 credits: MT4005, MT4507, MT4508, MT4509, MT4510, MT4511, MT4551, MT4552, MT4553; 15 - 20 credits: MT4112 (recommended), MT4111, MT5611; 60 credits: MT5802, MT5806, MT5809, MT5810, MT5842, MT5846, MT5849, MT5850, MT5852, MT5853, MT5854, MT5590, MT5990; 30 credits: MT5599 (fifth year only); Further Credits: MT5000-MT5999, ID5059 to a total of 120 credits from this group; Further Credits from: MT3000-MT5999, ID5059, ID4001, to a total of 360 across Third, Fourth and Fifth Years. With the permission of the Adviser of Studies and any other School involved 30 credits may be substituted by credits from another level or School. A minimum of 330 credits must be achieved across levels 3000-5000 with a minimum of 120 credits at level 5000. Please balance your choices across the academic year.

MMath (Hons) Applied Mathematics: Fourth year AMTAMTSS4_2122
	Code	Module name	Credits
	Hide list View list	Between 0 and 75 credits from Module List: MT3501 - MT3504, MT3506		AND
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Techniques of Applied Mathematics	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 45 credits from Module List: MT4005, MT4507 - MT4511, MT4551 - MT4553		AND
		Linear and Nonlinear Waves	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 20 credits from Module List: MT4112 (recommended), MT4111, MT5611		AND
		Computing in Mathematics	15
	MT4111	Symbolic Computation	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 60 credits from Module List: MT5802, MT5806, MT5809 - MT5810, MT5842, MT5846, MT5849 - MT5850, MT5852 - MT5854, MT5590, MT5990		AND
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Computational Techniques	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Independent Study Module	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 30 credits from Module List: MT5000 - MT5999, ID5059		AND
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
		Knowledge Discovery and Datamining	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 105 credits from Module List: MT3000 - MT5999, ID5059, ID4001
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Algebra: Rings and Fields	15
		Techniques of Applied Mathematics	15
		Mathematical Statistics	15
		Applied Statistics	15
		Numerical Analysis	15
		Groups	15
		Real and Abstract Analysis	15
		Linear and Nonlinear Waves	15
	MT4111	Symbolic Computation	15
		Computing in Mathematics	15
		Computing in Statistics	15
		Topics in the History of Mathematics	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
	MT4512	Automata, Languages and Complexity	15
		Fractal Geometry	15
	MT4514	Graph Theory	15
	MT4515	Functional Analysis	15
		Finite Mathematics	15
		Number Theory	15
		Topology	15
	MT4527	Time Series Analysis	15
		Markov Chains and Processes	15
		Population Genetics	15
		Bayesian Inference	15
		Spatial Statistics	15
		Quantitative Risk Management	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
		Project in Mathematics / Statistics	15
		Classical Statistical Inference	15
	MT4607	Generalised Linear Models and Data Analysis	15
	MT4608	Sampling Theory	15
	MT4609	Multivariate Analysis	15
		Design of Experiments	15
		Joint Dissertation (30cr)	30
		Joint Project (30cr)	30
	ID4001	Communication and Teaching in Science	15
		Knowledge Discovery and Datamining	15
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
Further requirements Choose 120 credits in academic year MMath Applied Mathematics Third, Fourth and Fifth Year Programme Requirements: 75 credits: MT3501, MT3502, MT3503, MT3504, MT3506; 45 credits: MT4005, MT4507, MT4508, MT4509, MT4510, MT4511, MT4551, MT4552, MT4553; 15 - 20 credits: MT4112 (recommended), MT4111, MT5611; 60 credits: MT5802, MT5806, MT5809, MT5810, MT5842, MT5846, MT5849, MT5850, MT5852, MT5853, MT5854, MT5590, MT5990; 30 credits: MT5599 (fifth year only); Further Credits: MT5000-MT5999, ID5059 to a total of 120 credits from this group; Further Credits from: MT3000-MT5999, ID5059, ID4001, to a total of 360 across Third, Fourth and Fifth Years. With the permission of the Adviser of Studies and any other School involved 30 credits may be substituted by credits from another level or School. A minimum of 330 credits must be achieved across levels 3000-5000 with a minimum of 120 credits at level 5000. Please balance your choices across the academic year.

MMath (Hons) Applied Mathematics: Fifth year AMTAMTSS5_2122
	Code	Module name	Credits
		Advanced Project in Mathematics / Statistics	30	AND
	Hide list View list	Between 0 and 75 credits from Module List: MT3501 - MT3504, MT3506		AND
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Techniques of Applied Mathematics	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 45 credits from Module List: MT4005, MT4507 - MT4511, MT4551 - MT4553		AND
		Linear and Nonlinear Waves	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 20 credits from Module List: MT4112 (recommended), MT4111, MT5611		AND
		Computing in Mathematics	15
	MT4111	Symbolic Computation	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 60 credits from Module List: MT5802, MT5806, MT5809 - MT5810, MT5842, MT5846, MT5849 - MT5850, MT5852 - MT5854, MT5590, MT5990		AND
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Computational Techniques	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Independent Study Module	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 30 credits from Module List: MT5000 - MT5999, ID5059		AND
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
		Knowledge Discovery and Datamining	15
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
	Hide list View list	Between 0 and 80 credits from Module List: MT3000 - MT5999, ID5059, ID4001
		Linear Mathematics 2	15
		Real Analysis	15
		Complex Analysis	15
		Differential Equations	15
		Algebra: Rings and Fields	15
		Techniques of Applied Mathematics	15
		Mathematical Statistics	15
		Applied Statistics	15
		Numerical Analysis	15
		Groups	15
		Real and Abstract Analysis	15
		Linear and Nonlinear Waves	15
	MT4111	Symbolic Computation	15
		Computing in Mathematics	15
		Computing in Statistics	15
		Topics in the History of Mathematics	15
	MT4507	Classical Mechanics	15
		Dynamical Systems	15
		Fluid Dynamics	15
		Solar Theory	15
	MT4511	Asymptotic Methods	15
	MT4512	Automata, Languages and Complexity	15
		Fractal Geometry	15
	MT4514	Graph Theory	15
	MT4515	Functional Analysis	15
		Finite Mathematics	15
		Number Theory	15
		Topology	15
	MT4527	Time Series Analysis	15
		Markov Chains and Processes	15
		Population Genetics	15
		Bayesian Inference	15
		Spatial Statistics	15
		Quantitative Risk Management	15
		Financial Mathematics	15
		Population Dynamics Models in Mathematical Biology	15
	MT4553	Theory of Electric and Magnetic Fields	15
		Project in Mathematics / Statistics	15
		Classical Statistical Inference	15
	MT4607	Generalised Linear Models and Data Analysis	15
	MT4608	Sampling Theory	15
	MT4609	Multivariate Analysis	15
		Design of Experiments	15
		Joint Dissertation (30cr)	30
		Joint Project (30cr)	30
	ID4001	Communication and Teaching in Science	15
		Knowledge Discovery and Datamining	15
		Dissertation for MSc Mathematical Biology	60
		Portfolio Dissertation for Statistical Ecology MSc Programme	60
		Group Dissertation for MSc Programme/s	60
		Dissertation for MSc Programme/s	60
		Independent Study Module	15
		Advanced Project in Mathematics / Statistics	30
		Advanced Bayesian Inference	15
		Estimating Animal Abundance and Biodiversity	15
		Multivariate Analysis	15
		Applied Statistical Modelling using GLMs	15
		Introductory Data Analysis	15
		Software for Data Analysis	15
		Advanced Data Analysis	15
		Medical Statistics	15
		Statistical Problem Solving	15
		Modelling Wildlife Population Dynamics	15
		Advanced Analytical Techniques	15
		Advanced Computational Techniques	15
		Geophysical Fluid Dynamics	15
		Advanced Solar Theory	15
		Spatial Models and Pattern Formation in Mathematical Biology	15
		Mathematical Oncology	15
		Stochastic Dynamics in Biology	15
		Calculus of Variations in Biological Modelling	15
		Advanced Combinatorics	15
		Discrete Geometry	15
		Semigroups	15
		Topics in Groups	15
		Measure and Probability Theory	15
	MT5870	Hyperbolic Geometry	15
	MT5876	Galois Theory	15
		Ergodic Theory and Dynamical Systems	15
		Professional Skills for Mathematical Scientists	30
	Note: - Not all modules are available in every academic year and/or semester - Individual modules may have requisites to satisfy to be eligible to select them For further details, see the entry for each individual module above
Further requirements Choose 120 credits in academic year MMath Applied Mathematics Third, Fourth and Fifth Year Programme Requirements: 75 credits: MT3501, MT3502, MT3503, MT3504, MT3506; 45 credits: MT4005, MT4507, MT4508, MT4509, MT4510, MT4511, MT4551, MT4552, MT4553; 15 - 20 credits: MT4112 (recommended), MT4111, MT5611; 60 credits: MT5802, MT5806, MT5809, MT5810, MT5842, MT5846, MT5849, MT5850, MT5852, MT5853, MT5854, MT5590, MT5990; 30 credits: MT5599 (fifth year only); Further Credits: MT5000-MT5999, ID5059 to a total of 120 credits from this group; Further Credits from: MT3000-MT5999, ID5059, ID4001, to a total of 360 across Third, Fourth and Fifth Years. With the permission of the Adviser of Studies and any other School involved 30 credits may be substituted by credits from another level or School. A minimum of 330 credits must be achieved across levels 3000-5000 with a minimum of 120 credits at level 5000. Please balance your choices across the academic year.

Study abroad

In the case of students who spend part of the Honours programme on a recognised Study Abroad scheme, the Programme Requirements will be amended to take into account overseas courses which are approved by the relevant 91果冻视频 School in the Learning Agreement (see ).

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Master in Mathematics (Honours) Applied Mathematics

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