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Undergraduate Programme Structures for 2005/06
Department of Mathematical Sciences
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
Students must take units totalling 60 credits for the year, normally
30 credits each semester. At least 48 of the 60 credits should be at level
3 or higher. The year programme must include at least 3 units from the union
of lists A1 and A2 and at least 2 units from the union of B1 and B2.
For the above purposes MA30087 and MA40125 may be taken to be in either
list A1 or list B1 (but not both) and MA30078 in either A2 or B2 (but not
both).
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C2
AA00013
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFB02 : BSc (hons) Mathematics and Statistics
with Study Year Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA20106
Study year abroad (BSc)
60 Credits
Students must take units totalling 60 credits for the year, normally
30 credits each semester. At least 48 of the 60 credits should be at level
3 or higher. The year programme must include at least 3 units from the union
of lists A1 and A2 and at least 2 units from the union of B1 and B2.
For the above purposes MA30087 and MA40125 may be taken to be in either
list A1 or list B1 (but not both) and MA30078 in either A2 or B2 (but not
both).
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C2
AA00013
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits each semester. At least 48 of the 60 credits should be
at level 3 or higher. The year programme must include at least 1 unit from
the union of lists A1 and A2 and 2 units from the union of B1 and B2.
CM30076
Project preparation
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00003
Choose nothing from this list of options
0 Credits
ZZ30001
Director of Studies approved unit
6 Credits
CM30082
Double module project
12 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
Optional Units: Select between 0 and 2 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
Optional Units: Select between 0 and 2 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00013
Choose nothing from this list of options
0 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFB04 : BSc (hons) Mathematics and Computing
with Study Year Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20106
Study year abroad (BSc)
60 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits each semester. At least 48 of the 60 credits should be
at level 3 or higher. The year programme must include at least 1 unit from
the union of lists A1 and A2 and 2 units from the union of B1 and B2.
CM30076
Project preparation
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00003
Choose nothing from this list of options
0 Credits
ZZ30001
Director of Studies approved unit
6 Credits
CM30082
Double module project
12 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
Optional Units: Select between 0 and 2 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
Optional Units: Select between 0 and 2 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00013
Choose nothing from this list of options
0 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
EC10006
Introductory microeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10140
Introduction to programming in Java
6 Credits
EC10007
Introductory macroeconomics
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00021
Choose nothing from this list of options
0 Credits
EC20156
Intermediate macroeconomics
12 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
EC20010
Intermediate microeconomics
6 Credits
EC20011
Intermediate macroeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
Optional Units: Select between 2 and 3 Unit(s) from
the following list:
CM10020
Computation II: computability & decidability
6 Credits
CM10140
Introduction to programming in Java
6 Credits
CM20168
Programming IV: programming languages
6 Credits
EC20147
Intermediate microeconomics 2
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 4 units
from the union of lists A1 and A2.
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00002
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
MA30091
Applied statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30118
Management statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFB06 : BSc (hons) Statistics with Study
Year Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
EC10006
Introductory microeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10140
Introduction to programming in Java
6 Credits
EC10007
Introductory macroeconomics
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00021
Choose nothing from this list of options
0 Credits
EC20156
Intermediate macroeconomics
12 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
EC20010
Intermediate microeconomics
6 Credits
EC20011
Intermediate macroeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
Optional Units: Select between 2 and 3 Unit(s) from
the following list:
CM10020
Computation II: computability & decidability
6 Credits
CM10140
Introduction to programming in Java
6 Credits
CM20168
Programming IV: programming languages
6 Credits
EC20147
Intermediate microeconomics 2
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20106
Study year abroad (BSc)
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 4 units
from the union of lists A1 and A2.
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00002
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
MA30091
Applied statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30118
Management statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 6 units
from the union of lists A1 and A2.
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A1
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A2
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00011
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFB14 : BSc (hons) Mathematics with Study
Year Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
MA20106
Study year abroad (BSc)
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 6 units
from the union of lists A1 and A2.
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A1
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A2
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00011
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
Students must take units normally totalling 60 credits
for the year and normally 30 credits each semester. At least 48 of the 60
credits should be at level 3 or higher.
Optional Units: Select 5 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFB16 : BSc (hons) Mathematical Sciences
with Study Year Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
MA20106
Study year abroad (BSc)
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher.
Optional Units: Select 5 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2, 48 credits at level 3 and 60 credits
at level 4.
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits each semester. In the combined programme for years 3 and
4, at least 48 of the 120 credits should be at level 3 and at least 60 should
be at level 4.
Optional Units: Select 5 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30076
Project preparation
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40043
Real & abstract analysis
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
CM30082
Double module project
12 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40050
Nonlinear equations & bifurcations
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40057
Functional analysis
6 Credits
MA40062
Ordinary differential equations
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits each semester. In the combined programme for years 3 and
4, at least 40 of the 120 credits should be at level 3 and at least 60 should
be at level 4.
Optional Units: Select 5 Unit(s) from the following
list:
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30076
Project preparation
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40040
Algebraic topology
6 Credits
MA40042
Measure theory & integration
6 Credits
MA40043
Real & abstract analysis
6 Credits
MA40045
Dynamical systems
6 Credits
MA40048
Analytical & geometric theory of differential
equations
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
MA40171
Numerical solution of PDEs II
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
CM30082
Double module project
12 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40050
Nonlinear equations & bifurcations
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40057
Functional analysis
6 Credits
MA40058
Martingale theory
6 Credits
MA40061
Nonlinear & optimal control theory
6 Credits
MA40062
Ordinary differential equations
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
USMA-AFM15 : MMath Mathematics with Study Year
Abroad
Mode of attendance: Full time
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2, 48 credits at level 3 and 60 credits
at level 4.
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
MA30107
Study year abroad (MMath)
60 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits in each semester. In the combined programme for years
3 and 4, at least 48 of the 120 credits should be at level 3 and at least
60 should be at level 4.
Optional Units: Select 5 Unit(s) from the following
list:
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30076
Project preparation
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40040
Algebraic topology
6 Credits
MA40042
Measure theory & integration
6 Credits
MA40043
Real & abstract analysis
6 Credits
MA40045
Dynamical systems
6 Credits
MA40048
Analytical & geometric theory of differential
equations
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
MA40171
Numerical solution of PDEs II
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
CM30082
Double module project
12 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40050
Nonlinear equations & bifurcations
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40057
Functional analysis
6 Credits
MA40058
Martingale theory
6 Credits
MA40061
Nonlinear & optimal control theory
6 Credits
MA40062
Ordinary differential equations
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Thick sandwich (Full-time on campus)
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA20105
Industrial placement
60 Credits
Students must take units totalling 60 credits for the year, normally
30 credits each semester. At least 48 of the 60 credits should be at level
3 or higher. The year programme must include at least 3 units from the union
of lists A1 and A2 and at least 2 units from the union of B1 and B2.
For the above purposes MA30087 and MA40125 may be taken to be in either
list A1 or list B1 (but not both) and MA30078 in either A2 or B2 (but not
both).
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 5 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST C2
AA00013
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Thick sandwich (Full-time on campus)
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20105
Industrial placement
60 Credits
Students must take units totalling 60 credits for the year,
normally 30 credits each semester. At least 48 of the 60 credits should be
at level 3 or higher. The year programme must include at least 1 unit from
the union of lists A1 and A2 and 2 units from the union of B1 and B2.
CM30076
Project preparation
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST A1
AA00001
Choose nothing from this list of options
0 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST B1
AA00002
Choose nothing from this list of options
0 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00003
Choose nothing from this list of options
0 Credits
ZZ30001
Director of Studies approved unit
6 Credits
CM30082
Double module project
12 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
Optional Units: Select between 0 and 3 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 6 Credits from
the following list:
AA00013
Choose nothing from this list of options
0 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Thick sandwich (Full-time on campus)
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
EC10006
Introductory microeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10140
Introduction to programming in Java
6 Credits
EC10007
Introductory macroeconomics
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00021
Choose nothing from this list of options
0 Credits
EC20156
Intermediate macroeconomics
12 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
Optional Units: Select between 0 and 1 Unit(s) from
the following list:
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
EC20010
Intermediate microeconomics
6 Credits
EC20011
Intermediate macroeconomics
6 Credits
MA10126
Introduction to computing with applications
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MN10248
Introduction to accounting & finance (Elec Eng / Maths)
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
Optional Units: Select between 2 and 3 Unit(s) from
the following list:
CM10020
Computation II: computability & decidability
6 Credits
CM10140
Introduction to programming in Java
6 Credits
CM20168
Programming IV: programming languages
6 Credits
EC20147
Intermediate microeconomics 2
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20014
Numerical analysis
6 Credits
MA20105
Industrial placement
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 4 units
from the union of lists A1 and A2.
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A1
AA00002
Choose nothing from this list of options
0 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00003
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MN30067
Treasury management
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
MA30091
Applied statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST A2
AA00011
Choose nothing from this list of options
0 Credits
MA30089
Applied probability & finance
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00012
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30118
Management statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MN20211
Advanced corporate finance
6 Credits
MN30209
Investment banking
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Thick sandwich (Full-time on campus)
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MN10248
Introduction to accounting & finance (Elec
Eng / Maths)
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
Optional Units: Select 1 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
MA20105
Industrial placement
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher. The year programme must include at least 6 units
from the union of lists A1 and A2.
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A1
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B1
AA00001
Choose nothing from this list of options
0 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20145
Applications I: database systems
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40125
Markov processes & applications
6 Credits
MN30067
Treasury management
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select between 1 and 5 Unit(s) from
the following list: LIST A2
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
Optional Units: Select between 0 and 4 Unit(s) from
the following list: LIST B2
AA00011
Choose nothing from this list of options
0 Credits
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
MN20211
Advanced corporate finance
6 Credits
MN30209
Investment banking
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits
Mode of attendance: Thick sandwich (Full-time on campus)
Students on this programme must complete a minimum of 60
credits at level 1, 48 credits at level 2 and 48 credits at level 3 or higher
MA10002
Functions, differentiation & analytic geometry
6 Credits
MA10003
Integration & differential equations
6 Credits
MA10031
Introduction to statistics & probability
1
6 Credits
MA10126
Introduction to computing with applications
6 Credits
CM10140
Introduction to programming in Java
6 Credits
MA10005
Matrices & multivariate calculus
6 Credits
MA10006
Vectors & applications
6 Credits
MA10032
Introduction to statistics & probability
2
6 Credits
MA20007
Analysis: Real numbers, real sequences
& series
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10017
Systems I: architecture & operating systems
6 Credits
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MN10248
Introduction to accounting & finance (Elec
Eng / Maths)
6 Credits
PH10002
Properties of matter
6 Credits
MA20011
Analysis: Real-valued functions of a real
variable
6 Credits
Optional Units: Select 3 Unit(s) from the following
list:
CM10020
Computation II: computability & decidability
6 Credits
CM10138
Systems II: programming & C
6 Credits
CM20168
Programming IV: programming languages
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
PH10004
Dynamics, relativity & gravity
6 Credits
MA20105
Industrial placement
60 Credits
Students must take units totalling 60 credits for the year
and normally 30 credits each semester. At least 48 of the 60 credits should
be at level 3 or higher.
Optional Units: Select 5 Unit(s) from the following
list:
CM20019
Computation III: introduction to formal
logic & semantics
6 Credits
CM20167
Programming III: functional programming
6 Credits
CM30072
Safety-critical computer systems
6 Credits
CM30075
Advanced computer graphics
6 Credits
CM30142
Music & digital signal processing
6 Credits
MA20009
Ordinary differential equations & control
6 Credits
MA20010
Vector calculus & partial differential
equations
6 Credits
MA20033
Statistical inference 1
6 Credits
MA20034
Probability & random processes
6 Credits
MA30039
Differential geometry of curves & surfaces
6 Credits
MA30044
Mathematical methods 1
6 Credits
MA30046
Linear control theory
6 Credits
MA30047
Mathematical biology 1
6 Credits
MA30051
Numerical linear algebra
6 Credits
MA30086
Medical statistics
6 Credits
MA30087
Optimisation methods of operational research
6 Credits
MA30092
Classical statistical inference
6 Credits
MA40038
Advanced group theory
6 Credits
MA40065
Viscous fluid mechanics
6 Credits
MA40125
Markov processes & applications
6 Credits
MN30067
Treasury management
6 Credits
PH30024
Contemporary physics
6 Credits
PH30031
Simulation techniques
6 Credits
ZZ30001
Director of Studies approved unit
6 Credits
Optional Units: Select 5 Unit(s) from the following
list:
CM20001
Foundations of computer graphics
6 Credits
CM20028
Computation IV: Algorithms
6 Credits
CM20029
Applications IV: compilers
6 Credits
CM20168
Programming IV: programming languages
6 Credits
CM30071
Logic & its applications
6 Credits
CM30073
Advanced algorithms & complexity
6 Credits
MA20013
Mathematical modelling & fluids
6 Credits
MA20014
Numerical analysis
6 Credits
MA20035
Statistical inference 2
6 Credits
MA20036
Stochastic processes
6 Credits
MA30055
Introduction to topology
6 Credits
MA30059
Mathematical methods 2
6 Credits
MA30060
Nonlinear systems & chaos
6 Credits
MA30063
Mathematical biology 2
6 Credits
MA30089
Applied probability & finance
6 Credits
MA30091
Applied statistics
6 Credits
MA30170
Numerical solution of PDEs I
6 Credits
MA30172
Conjecture & proof
6 Credits
MA40049
Linear elasticity
6 Credits
MA40054
Representation theory of finite groups
6 Credits
MA40090
Multivariate analysis
6 Credits
MA40189
Topics in Bayesian statistics
6 Credits
MN20211
Advanced corporate finance
6 Credits
MN30209
Investment banking
6 Credits
PH30029
Thermodynamics & statistical mechanics
6 Credits
PH30030
Quantum mechanics
6 Credits
ZZ30004
Director of Studies approved unit
6 Credits