Timetables
Table of credits for each course
Basic training | Compulsory | Optional | Bachelor's degree final project | |
1st year | 51 | 9 | ||
2nd year | 9 | 51 | ||
3rd year | 60 | |||
4th year | 48 | 12 | ||
Totals | 60 | 120 | 48 | 12 |
Period of study
Part-time or full-time
Specialisations
Specialisation in Statistics
Specialisation in Mathematical Engineering
Specialisation in Fundamental Mathematics
Basic and compulsory training
1st year | 2nd year |
Real Variable Functions Linear Algebra Fundamentals of Mathematics Physics Computer Tools for Mathematics Current Science Topics |
Modelling Workshop Calculus in Different Variables and Optimisation Mathematical Analysis Linear Geometry Algebraic Structures Numerical Methods Discrete Mathematics Seminar |
3rd year | 4th year |
Differential Equations and Modelling I Differential Equations and Modelling II Galois Theory Complex and Fourier Analysis Probability and Stochastic Modelling Statistics Topology Differential Equations |
Bachelor's Degree Final Project |
Optional subjects
4th year: 48 optional credits must be taken. Students can take subjects from specialisation tracks or opt for more general training through the subjects from the principal block and a maximum of 12 credits from the complementary block.
Principal block | Complementary block |
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(*) All optional subjects are for 6 credits, except this one, which is for 12 credits.
In order to obtain a Minor at least 30 credits must be taken for each track. The remaining optional credits can be made up of other subjects from the minor or from fourth year optional subjects. A maximum of 6 credits can be taken from the Complementary Block.
Minor in Statistics | Minor in Economatics |
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Minor in Mathematical Engineering | Minor in Fundamental Mathematics |
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(*) Compulsory for obtaining the Minor in Fundamental Mathematics.