65 hours contact time,
70 hours preparation of presentation and project topics,
15 hours study of lecture.
After the learning process the successful student is competent to document, to model, to analyse and to design sophisticated IT systems using UML and SysML.
UML (Unified Modeling Language) is a widely accepted standard notation for describing the static and dynamic view on computer systems. The comprehensive area of interest includes business processes as well as technical interactions executed on personal computers or in distributed computer systems. UML provides techniques for modeling, documenting, specifying, and visualizing complex systems by facilitating static and dynamic models during the analysis, design, implementation, and installation phases.
The Object Management Group (OMG, http://www.omg.org) organizes and coordinates the UML as industry standard and published the version UML 2 in 2005.
SysML (Systems Modeling Language) is an enhancement of UML and focuses on systems which are not necessarily limited to software issues. Typical examples are gadgets such as PDAs, GPS systems, but also automobiles, airplanes, and so on.
Notation and Semantics of the various UML and SysML diagrams as well as the meaningful usage of UML, SysML and further modeling concepts are discussed.
Obligation to attend
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