Bachelor'S Degree in Mathematics + Bachelor'S Degree in Physics

Website of Bachelor'S Degree in Mathematics + Bachelor'S Degree in Physics
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Credit framework
  • Total credits: 360
  • Optional credits: 60

First academic year

First semester
Course Course type Credits
Calculus I Core course 6
General Physics I Core course 6
Geometry I Core course 6
Geometry II Core course 6
Programming Core course 6
General Chemistry Core course 6
Algebra I Core course 6
Second semester
Course Course type Credits
Calculus 2 Core course 6
General Physics II Core course 6
Geometry II Core course 6
Numerical Methods I Compulsory course 6
Numerical Methods and Simulation Core course 6
Basic Experimental Techniques Core course 6

Second academic year

First semester
Course Course type Credits
Mathematical Analysis 1 Compulsory course 6
Descriptive Statistics and Introduction to Probability Core course 6
Mechanics and Waves Compulsory course 12
Mathematical Methods 1 Compulsory course 6
Mathematical Methods 2 Compulsory course 6
Thermodynamics Compulsory course 12
Complex Variables 1 Compulsory course 6
Second semester
Course Course type Credits
Mathematical Analysis 2 Compulsory course 6
Mathematical Analysis 1 Compulsory course 6
Mechanics and Waves Compulsory course 12
Mathematical Methods 3 Compulsory course 6
Probability Compulsory course 6
Thermodynamics Compulsory course 12

Third academic year

First semester
Course Course type Credits
Electromagnetics Compulsory course 12
Quantum Physics Compulsory course 12
Geometry 3 Compulsory course 6
Mathematical Models 1 Compulsory course 6
Topology 1 Compulsory course 6
Algebra 2 Compulsory course 6
Second semester
Course Course type Credits
Curves and Surfaces Compulsory course 6
Electromagnetics Compulsory course 12
Quantum Physics Compulsory course 12
Statistical Physics Compulsory course 6
Numerical Methods 2 Compulsory course 6

Fourth academic year

First semester
Course Course type Credits
Vector Analysiss Elective course 6
Fourier Analysis Elective course 6
Biophysics Elective course 6
Electrical Circuits: Theory and Instrumentation Compulsory course 6
Differential Equations 2 Compulsory course 6
Differential Equations in Mechanics and Biology Elective course 6
Electrodynamics Elective course 6
Multivariate Statistics Elective course 6
Atomic and Molecular Physics Elective course 6
Mathematical Physics Elective course 6
Nuclear and Particle Physics Compulsory course 6
Fluid Mechanics Elective course 6
Geophysics Elective course 6
Global Geometry of Curves and Surfaces Elective course 6
History of Mathematics Elective course 6
Statistical Inference Compulsory course 6
Analytical Mechanics and Continuous Media Elective course 6
Mecánica Celeste Elective course 6
Quantum Mechanics Compulsory course 6
Projects Elective course 6
General Relativity Elective course 6
Differentiable Manifolds Elective course 6
Commutative and Computational Algebra Elective course 6
Optics 1 Compulsory course 6
Second semester
Course Course type Credits
Numerical Analysis in Partial Differential Equations Elective course 6
Astrophysics Elective course 6
Differential Equations 2 Compulsory course 6
Partial Differential Equations Elective course 6
Computational Statistics Elective course 6
Nuclear Structure and Reactions Elective course 6
Fundamentals of Astrophysics Elective course 6
Computational Physics Elective course 6
Atmospheric Physics Elective course 6
Physics of Complex Systems Elective course 6
Environmental Physics Elective course 6
Quantum Information and Its Applications Elective course 6
Mathematical Models 2 Compulsory course 6
Nanoelectronics Elective course 6
Stochastic Processes Elective course 6
Radioactivity and Applications Elective course 6
Geometry and Topology Workshop Elective course 6
Theory of Numbers and Cryptography Elective course 6
Topology 2 Compulsory course 6
Complex Variables 2 Elective course 6
Algebra 3 Compulsory course 6
Modern Algebra Elective course 6
Algebras, Groups and Representations Elective course 6
Optics 2 Compulsory course 6

Fifth academic year

First semester
Course Course type Credits
Functional Analysis Compulsory course 6
Solid-State Physics Compulsory course 6
Undergraduate Dissertation Compulsory course 12
Second semester
Course Course type Credits
Physical Electronics Compulsory course 6
Undergraduate Dissertation Compulsory course 12