The aim of the subject is prepartion to electric power software development.

The result of education is ability to take part in electric power software development team.

Electric power software requirements engineering (classification of requirements; elicitation, analysis, specification and validation of requirements; use cases). Introduction to UML. Electric power software design strategies, methods and techniques. Electric power software construction, documentation and testing. Electric power software configurations, release management, delivery and version control. Electric power software development process. Software product line (SPL) centered component-based electric software development process. Electric power software development tools.

The teaching is conducted through lectures and computer practice. During the exercises the student is required to complete practice –oriented tasks.