The aim of the subject is detail study of multi-tier application development applied in power systems.

The outcome of the subject is capacity to develop multi-tier applications in power systems.

Multi-tier architecture in power systems: two-tier, three-tier and N-tier software architecture. (Physically) two-tier client-server applications. Three-tier architecture: the patterns of components division in layers - logical organization of applications. Communication between the components of the multi-tier applications. Middleware (WCF, Corba, DCOM, MPI), standardization. Examples of multi-tier applications.UML - Unified Modeling Language. Design Patterns. Project: Development of multi-tier applications in power systems.

Teaching is conducted through the lectures and computer practice. Throughout the computer practice student is obliged to complete practically oriented tasks.