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Course Outline

Introduction to UML

  • Short history of UML
  • Overview of object-oriented modeling topics
  • OMG's UML specification
  • Overview of UML diagrams

Requirements management

  • Requirement classification
  • Requirement categories according to FURPS
  • Requirements elicitation methods
  • Requirements modeling using UML notation
  • Requirements dependency matrix
  • Creating requirements specifications based on diagrams

Business process modeling

  • Definition of a business process
  • Modeling business processes in UML
  • Activity diagrams
    • Decision flows and concurrency
    • Exceptions and exception handling
    • Partitions and lanes

Modeling non-functional requirements

  • Use of component and deployment diagrams
  • Initial system architecture - logical and physical
  • Modeling requirements related to security, performance, and reliability

Modeling functional requirements

  • Defining system scope
  • Modeling system functionality using use case diagrams
    • Identifying actors and their relationships
    • Identifying use cases
    • Actor-use case associations and their characteristics
    • Relationships between use cases: include, extend, generalization
  • Creating use case scenarios and generating diagrams from them (activity, state machine)

Analytical system model

  • Use of sequence diagrams
    • Types of messages: asynchronous, synchronous, return
    • Defining message numbering sequence
    • Categories of analytical objects: Boundary, Control, and Entity
  • Introduction to system design
  • Interaction modeling

Static modeling

  • Class diagrams and source code generation
    • Association relationships and their properties
    • Other relationships: aggregation, composition, generalization, dependency, association class
  • Forward/Reverse engineering
    • Generating source code from a diagram
    • Generating diagrams from source code
    • Synchronizing code and diagrams
  • Object, package, and structure diagrams

Dynamic modeling

  • Verifying the static model
    • Refining method signatures
    • Verifying class diagram correctness
  • Dynamic modeling at the method invocation level
  • Design-level sequence diagrams

Requirements

Knowledge of fundamental object-oriented concepts or familiarity with any object-oriented programming language is recommended.

 21 Hours

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