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- Knowledge of fundamentals of imperative programming from an object oriented point of view. - Basic knowledge of the syntax of an object oriented programming language. - Knowledge of best programming practices and code style - Ability to break down a real problem by following an object oriented methodology, in order to code it into a computer program. - Ability to understand technical documents and to reuse third parties programming code and libraries.

1. Introduction to Python 2. Flow control: conditionals and loops 3. Simple data structures 4. Functions 5. Object Oriented Programming

Learning activities: AF1: Teacher class presentations with computer and audiovisual support AF2: E-learning AF3: Lectures AF4: Lab exercises AF5: Tutorship AF7: Individual and autonomous work AF8: Final and partial exams Teaching Methodologies: MD1: Classroom Lectures (in a synchronous online teaching mode) using computer and audiovisual aids to develop the main concepts of the subject, with bibliographic references provided to supplement student learning. MD2: Critical Reading of texts recommended by the course professor. MD3: Case Study and Problem Solving of practical cases, problems, etc., posed by the professor, either individually or in groups. MD4: Exposition and discussion in class, moderated by the professor, on topics related to the course content as well as practical cases. MD5: Preparation of projects and reports, either individually or in groups. MD6: Specific e-learning activities, including viewing recorded content, self-correction activities, participation in forums, and any other online teaching mechanisms.