1) Information technologies. Information system (IS),definition, components. Issues of current IS. Role and control of IS.
2) Classification of IS.
3) User and system requirement analysis. Functional analysis. Data flow diagram and UML.
4) CASE systems.
5) Strategic planning of IS. Design of IS architecture, layers and tasks on the architecture.
6) Architecture of IS application, including grid computing, cloud computing.
7) Development of IS.
8) Classic approaches to IS construction. BSP, PQM, ERP, TOC.
9) Prototyping. Object oriented approach to IS construction. Unified proces. Rapid development metody
10) MIS. Data warehousing. EIS. Transaction systems,
11) Application for external relationships (EDI, CRM)
12) Outsourcing. System integration.
13) IS implementation and economical issues. Efectiveness, Costs. Benefits. Complex assesment.
14) Maintenance of IS.IS protection issues. Reliability and testing.
2) Classification of IS.
3) User and system requirement analysis. Functional analysis. Data flow diagram and UML.
4) CASE systems.
5) Strategic planning of IS. Design of IS architecture, layers and tasks on the architecture.
6) Architecture of IS application, including grid computing, cloud computing.
7) Development of IS.
8) Classic approaches to IS construction. BSP, PQM, ERP, TOC.
9) Prototyping. Object oriented approach to IS construction. Unified proces. Rapid development metody
10) MIS. Data warehousing. EIS. Transaction systems,
11) Application for external relationships (EDI, CRM)
12) Outsourcing. System integration.
13) IS implementation and economical issues. Efectiveness, Costs. Benefits. Complex assesment.
14) Maintenance of IS.IS protection issues. Reliability and testing.