UML Introduction
Short course
In Strand
Description
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Type
Short course
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Location
Strand
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Duration
1 Day
During this course, we give an overview of the UML modeling language and industry-standard modeling tools. You will learn the capabilities of UML in the area of enterprise modeling and you will gain insight into the added value of using advanced applications that offer functionality such as reverse engineering and code generation.
Facilities
Location
Start date
Start date
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Course programme
Essential Modeling
In 1994, Grady Booch and James Rumbaugh started work on UML. They were joined in 1995 by Ivar Jacobson, thereby laying the foundations of what would become the future unified modeling language. The description and documenting of business processes is an often ignored, although vastly important practice. Typically used to detail object behavior, and as a starting point for writing code, UML's flexibility allows it to be used for a wide array of modeling practices, including business engineering.
During this course, we give an overview of the UML modeling language and industry-standard modeling tools. You will learn the capabilities of UML in the area of enterprise modeling and you will gain insight into the added value of using advanced applications that offer functionality such as reverse engineering and code generation. Now, do we really need to emphasize the importance of modeling for an enterprise? Enroll for this course and make a big leap forward
1 day course contents We offer unparalleled training content by combining standard course material with extensive business knowledge and real-life examples.
What you will learn :
Package 1
- What is the Unified Modeling Language?
- Why is UML increasingly important?
- Overview of the different diagrams.
- Modeling with use-cases.
- Classes, Objects and their relations.
- The Rational Unified Process. (RUP)
- Tagged values and properties.
- Stereotypes.
- Design Patterns and UML.
- Methodology for using UML.
- Transforming UML into XML.
- Code generation.
- The Object Oriented (OOAD) Approach.
- Describing business processes.
- Advanced modeling: real-time systems.
- Physical architecture.
- Logical architecture.
- The OCL constraint language.
- UML-based initiatives such as:
- ebXML, RosettaNet and UMM.
- XLANG (MS) and WSFL(IBM).
- UML Profiles.
- Extending UML.
- UML versus other modeling languages.
- UML 2.0: what will change?
UML Introduction