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Course : UML 2: Modeling with Enterprise Architect

UML 2: Modeling with Enterprise Architect






INTER
IN-HOUSE
CUSTOM

Practical course in person or remote class

Ref. EAR
  3d - 21h00
Price : Contact us

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Teaching objectives
At the end of the training, the participant will be able to:
Know how to use UML in the various software engineering activities (business, requirements, design)
Know how to implement UML with the Enterprise Architect tool (class, sequence and state diagrams, etc.)
Know how to develop a quality design by using architecture patterns (layers, MVC)
Know how to express the design with Enterprise Architect using static and dynamic modeling

Practical details
Hands-on work
Implementation of a complete case study, creation of models, configuration of Enterprise Architect and use of integrated tools.

Course schedule

1
Introduction to business modeling

  • The project approach and software engineering activities. Importance of the design activity.
  • UML within the project approach. The different diagrams. The notion of stereotypes and profiles.
  • Business modeling: Business processes - activity diagram and domain class diagram.
Hands-on work
Handling of the Enterprise Architect case study: Structuring the project into packages and use of profiles. Business modeling with the activity diagram.

2
Specifying the requirements

  • Functional and non-functional requirements. FURPS approach.
  • Defining the actors.
  • Defining the use cases. Use case diagram.
  • Illustration of use case scenarios with the sequence diagram.
Hands-on work
Specification of the requirements of the case study: Use case and sequence diagrams.

3
Designing the system - Static modeling

  • Code architecture. Layered patterns/layers. MVC patterns. Structuring in packages.
  • Identification of classes. Attributes. Operations. Class diagram.
  • Association relationships between classes.
  • Generalization relationships.
Hands-on work
Performing static modeling with Enterprise Architect: Structuring the code into packages. Creating the class diagram.

4
Designing the system - Dynamic modeling

  • Defining the operations.
  • Design-level use case scenarios. Description of the interactions with the sequence diagram.
  • Status management. Statechart diagram.
Hands-on work
Performing dynamic modeling with Enterprise Architect: Sequence diagram. Defining states with the state machine diagram.

5
System Design - Deployment Modeling

  • Defining deployable components and their interfaces.
  • Component diagram.
  • Deploying components on the hardware architecture.
  • Deployment diagram.
Hands-on work
Modelling the deployment: Component and deployment diagram.

6
Introduction to the advanced functions of the tool

  • Code-generating and reverse engineering.
  • Generating the documentation.
  • Carrying out large projects and collaborative use.


Dates and locations
Select your location or opt for the remote class then choose your date.
Remote class