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 Duration 21 hours

Course Outline

Introduction to UML Standards

  • Historical development of UML
  • Key considerations in object-oriented modeling frameworks
  • UML specifications maintained by the Object Management Group (OMG)
  • Comprehensive overview of UML diagram types

Requirements Management Frameworks

  • Classification and taxonomy of requirements
  • Categorization of requirements utilizing the FURPS model
  • Methodologies for requirements elicitation
  • Application of UML notation for requirements modeling
  • Development of requirements dependency matrices
  • Construction of requirements specifications derived from UML diagrams

Business Process Modeling Practices

  • Definition and scope of business processes
  • Implementation of business process modeling within UML
  • Activity diagram components
    • Logic for decision points and concurrent execution flows
    • Handling of exceptions and error management protocols
    • Utilization of partitions and swimlanes

Modeling Non-Functional Requirements

  • Application of component and deployment diagrams
  • Establishment of initial system architecture, including logical and physical structures
  • Modeling of security, performance, and reliability requirements

Modeling Functional Requirements

  • System boundary definition and scoping
  • Representation of system functionality via use case diagrams
    • Identification of actors and inter-actor relationships
    • Identification and definition of use cases
    • Association mechanisms between actors and use cases, including associated properties
    • Inter-use case relationships: include, extend, and generalization
  • Development of use case scenarios and generation of corresponding activity and state machine diagrams

Development of Analytical System Models

  • Utilization of sequence diagrams
    • Classification of message types: asynchronous, synchronous, and return
    • Protocol for message numbering and ordering
    • Categorization of analytical objects: Boundary, Control, and Entity layers
  • Transition to system design phases
  • Modeling of system interactions

Static Structural Modeling

  • Class diagram architecture and source code generation capabilities
    • Characteristics of association relationships
    • Additional relationships: aggregation, composition, generalization, dependency, and associative classes
  • Forward and reverse engineering techniques
    • Automated generation of source code from UML diagrams
    • Reconstruction of UML diagrams from existing source code
    • Synchronization mechanisms between codebases and design models
  • Representation of object structures, connected assemblies, and package organization

Dynamic Behavioral Modeling

  • Verification of static model integrity
    • Definition and refinement of method signatures
    • Validation of class diagram correctness
  • Dynamic modeling at the level of method invocations
  • Creation of design-level sequence diagrams

Requirements

Proficiency in fundamental object-oriented concepts or experience with any object-oriented programming language is recommended.

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