Curriculum

Computer Science 1	Calculus 1	Linear Algebra	Free-elective subject
Computer Science 2	Calculus 2	Algebraic Computation	General Physics

Numerical Methods 1	Calculus 3	Geometry	Statistics and Probability
Operations Research	Real Analysis	Topology	Statistical Inference

Numerical Methods 2	Differential Equations 1	Differential Geometry 1	Free-elective subject
Numerical Methods 3	Differential Equations 2	Differential Geometry 2	Mathematical Models in Physics

Optional subject 1	Complex Analysis	Abstract Algebra	Optional subject 2
Optional subject 3	Functional Analysis	Algebraic Topology	Optional subject 4

Optional subject 5	Optional subject 6	Optional subject 7	Free-elective subject
Optional subject 8	Optional subject 9	Optional subject 10	Free-elective subject

It is necessary to obtain 75 optional ECTS credits and 30 free-elective ECTS credits. The FME recognizes the excess of optional credits as free-elective credits.

See all the subject descriptions here.

The School, within its means and according to the University regulations, has a yearly offer of optional subjects. These optional subjects are the ones listed below, though they may change depending on each year’s needs:

Computational Algebra

Algorithmics

Analysis Extension

Geometry Extension

Mathematical Models in Physics Extension

Time Series and Prediction Extension

Astrodynamic Numerical Analysis and Celestial Mechanics

Calculability

Combinatorics

Cryptography

Didactics of Mathematics

Finite Element Method

Computational and Discrete Geometry

History of Mathematics

Logic and Foundations

Computational Geometry

Numerical Methods in Engineering

Continuous Optimization. General Linear Model

Continuous Optimization 2

Mathematical Programming

Simulation

Code Theory

Graph Theory

Number Theory

Linear Systems Theory

Mathematical Theory of Financial Markets

Qualitative Theory of Ordinary Differential Equations

See all the subject descriptions here.