Mastering object-oriented technologies.

Student acquires basic knowledge in theory, modelling and implementation of object-oriented programming.

Lecture content: - Introduction to object-oriented (OO) software engineering, OO paradigm, - Fundamental concepts: objects, classes, links and messages, - Basic properties: object identity; inheriting properties, classes and interface; hiding implementations, polymorphism and persistence, - OO data model - Basic concepts of the unified modelling language (UML), - OO system model – structure model and behaviour model, - Fundamentals in methodological approach to the development of OO software product – unified process, - Basic concepts and syntax of a selected OO language, - Techniques in OO programming. Practice content: Practical application of the presented concepts from lectures.

Lectures: computer practice, consultations, individual elaboration of obligatory tasks. Prerequisites: obligatory tasks, during the teaching process. Knowledge evaluation: guided and individual elaboration of obligatory tasks; partial examination – written form, final examination – oral form.