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Primer Ciclo de Licenciado en Matemáticas - 22,5 credits |
| Spherical Astronomy |
| Real Analysis Supplements |
| Numerical Approximation Supplements |
| Numerical Algebra Domains |
| Finite Difference Equations |
| Elements of Algebra. Applications |
| Geometric Structure of Space and Time |
| Astronomy and Astrophysics Fundamentals |
| Physics Fundamentals |
| Low Dimension Geometry and Topology |
| Mathematical Logic |
| Linear Programming |
| Spherical Astronomy |
| Real Analysis Supplements |
| Numerical Approximation Supplements |
| Numerical Algebra Domains |
| Finite Difference Equations |
| Elements of Algebra. Applications |
| Geometric Structure of Space and Time |
| Astronomy and Astrophysics Fundamentals |
| Physics Fundamentals |
| Low Dimension Geometry and Topology |
| Mathematical Logic |
| Linear Programming |
| Spherical Astronomy |
| Real Analysis Supplements |
| Numerical Approximation Supplements |
| Numerical Algebra Domains |
| Finite Difference Equations |
| Elements of Algebra. Applications |
| Geometric Structure of Space and Time |
| Astronomy and Astrophysics Fundamentals |
| Physics Fundamentals |
| Low Dimension Geometry and Topology |
| Mathematical Logic |
| Linear Programming |
Segundo Ciclo de Licenciado en Matemáticas - 49,5 credits |
| Elective Credits |
| Elective Credits |
| Elective Credits |
| Commutative Algebra |
| Homological Algebra |
| Computational Linear Algebra |
| Fourier Analysis |
| Nonlinear Functional Analysis |
| Functional Analysis Supplements |
| Cosmology |
| Dynamics of Stellar Systems |
| Spatial and Environmental Statistics |
| Philosophy of Mathematics |
| Fluid Physics |
| Preparatory Course for the Mathematics Degree |
| Fractals |
| Riemannian Geometry |
| Lie Groups |
| Singular Homology |
| Bayesian Inference |
| Inference and Decision |
| Theoretical Mechanics |
| Numerical Methods for Equations in Partial Derivatives |
| Variational Methods for Elliptic Contour Problems |
| Mathematical Models in Physics |
| Probability and Stochastic Processes |
| Linear Programming |
| NonLinear Programming |
| Relativity |
| Group Representation and Characteristics |
| Singularities of Differentiable Applications |
| Dynamic systems. Qualitative Theory |
| Observational Astrophysics Techniques |
| Management Operating Techniques |
| Theory of Distributions |
| Theory of Functions |
| Graph Theory |
| Group Theory |
| Demonstration Theory |
| Measure Theory |
| Commutative Algebra |
| Homological Algebra |
| Computational Linear Algebra |
| Fourier Analysis |
| Nonlinear Functional Analysis |
| Functional Analysis Supplements |
| Cosmology |
| Dynamics of Stellar Systems |
| Spatial and Environmental Statistics |
| Philosophy of Mathematics |
| Fluid Physics |
| Preparatory Course for the Mathematics Degree |
| Fractals |
| Riemannian Geometry |
| Lie Groups |
| Singular Homology |
| Bayesian Inference |
| Inference and Decision |
| Theoretical Mechanics |
| Numerical Methods for Equations in Partial Derivatives |
| Variational Methods for Elliptic Contour Problems |
| Mathematical Models in Physics |
| Probability and Stochastic Processes |
| Linear Programming |
| NonLinear Programming |
| Relativity |
| Group Representation and Characteristics |
| Singularities of Differentiable Applications |
| Dynamic systems. Qualitative Theory |
| Observational Astrophysics Techniques |
| Management Operating Techniques |
| Theory of Distributions |
| Theory of Functions |
| Graph Theory |
| Group Theory |
| Demonstration Theory |
| Measure Theory |