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Acquire and manage the mathematical language that allows the student to understand, formulate and solve problems that arise in computation and engineering. Get familiar with the functions of one real variable, their properties of continuity, differentiability and graphic representation with their applications. Understand and be able to manage the formal language of demonstrations of the mathematical results. Manage sequences and series of real numbers and of functions, understanding the different kinds of convergence.

1. Real variable functions 1.1 The real line: sets of numbers, properties, absolute values 1.2 Elementary functions and curves 1.3 Polar coordinates 2. Limits and continuity 2.1 Limits of functions. Properties and fundamental theorems 2.2 Continuity of functions. Fundamental theorems 2.3 Uniform continuity 3. Derivatives and their applications 3.1 Definition, properties, derivatives of elementary functions 3.2 Meaning of the derivative. Extrema 4 Local study of a function 4.1 Graphic representation 4.2 Taylor's polynomial and its applications 5. Sequences and series of real numbers 5.1 Sequences of numbers. 5.2 Series of positive numbers 5.3 Absolute and conditional convergence 6. Sequences and series of functions 6.1 Sequences of functions. Punctual and uniform convergence 6.2 Series of functions. Punctual and uniform convergence 6.3 Taylor series

1. MASTER CLASSES: Development of the theoretic part of the matter 2. PROBLEMS CLASSES: Resolution of problems and exercises in participatory classes 3. TUTORIES: Personal or group assessment for the students 4. SELF-EVALUATIONS: Control of the evolution of the student