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 Duration 21 hours

Course Outline

Introduction

  • The System Development Life Cycle leveraging the Harmony Process (IBM/Telelogic)
  • An overview of UML/SysML diagrams applied to requirements gathering, system analysis, and design within the System Engineering domain
  • A method-based framework for conducting requirement gathering, system analysis, and design

Capturing Requirements and Translating Them into System Specifications

  • Establishing traceability for business and system requirements using the SysML requirement diagram
  • Defining the system’s scope by identifying the functions and use cases that invoke them
  • Modeling the System Life Cycle to orchestrate state transitions and function triggers
  • Developing test cases using scenarios that realize Use Cases and System Functions
  • Case Study: Modeling the System Scope and the utilization of system functions based on defined requirements

Transforming System Specifications into Design-Level Components

  • Modeling the System Block Diagram and refining it with internal blocks
  • Detailing the Communication Architecture between sub-systems using Parts, Ports, and Interfaces
  • Case Study: Developing Block and Internal Block diagrams based on system specifications while accounting for design-level choices
  • Modeling white-box interaction descriptions at the design level
  • Case Study: Modeling interactions between blocks and Internal Blocks based on design-level choices
  • Mapping Operations to the Components (Parts) of Blocks
  • Developing the Parametric Diagram of System Functions
  • Case Study: Updating Block and Internal Block Diagrams based on design-level scenarios

Conclusion

  • Key steps in requirement analysis and system specification within system engineering
  • Ensuring traceability between requirements and software implementation
  • System Integration and Acceptance Testing of requirements

Note: These interactive training-mentoring sessions utilize Requirement Engineering and Modeling tools, such as Enterprise Architect (EA), to guarantee robust traceability between requirements and underlying solutions. Concepts are introduced through basic examples and are subsequently applied to drafts of your own problems. Following the session, we can provide additional support by reviewing and validating your solutions according to your specific needs.

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