Curriculum structure

Curriculum planning involves the integration of content, systems, and methodologies that enable students to acquire the basic knowledge, skills, abilities, and skills necessary for their careers in any of the areas specified in the professional profile defined for their degree. The curriculum, structured into modules/subjects and courses, is based on the regulatory framework for the organization and verification of official university education—Royal Decree 1393/2007—and the guidelines developed by the University of La Laguna.

Structure

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Code	Subject	Typology	Credits	Course	Four-month period
	48 elective credits must be taken
295681106	Functional and Fourier Analysis	Elective	6	1st	1st
295681101	Databases and Object Oriented Programming	Elective	6	1st	1st
295681109	Partial Differential Equations	Elective	6	1st	1st
295681102	Statistical Modeling	Elective	6	1st	1st
295681108	Logistics Models	Elective	6	1st	2nd
295681105	Numerical Methods in Physics and Engineering	Elective	6	1st	2nd
295681107	Time Series	Elective	6	1st	1st
295681104	Control Theory	Elective	6	1st	1st
295681103	Classical Optimization Techniques	Elective	6	1st	1st
295681201	Bioinspired Algorithms and Evolutionary Computation Techniques	Elective	6	1st	2nd
295681204	Coding and Cryptography	Elective	6	1st	1st
295681202	Nonlinear Dynamics and Applications	Elective	6	1st	2nd
295681203	Computer Aided Geometric Design	Elective	6	1st	2nd
295681207	Geometry of Varieties	Elective	6	1st	2nd
295681212	Groups and Representations	Elective	6	1st	1st
295681210	Introduction to Data Mining	Elective	6	1st	2nd
295681205	Signal and Image Processing	Elective	6	1st	2nd
295681211	Stochastic Processes and Probability	Elective	6	1st	2nd
295681206	Scientific Programming and Computer Algebra	Elective	6	1st	2nd
295681208	Algebraic Topology	Elective	6	1st	2nd
295681209	Master's Thesis	Mandatory	12	1st	2nd