Course Outline

Module 1: Overview

  • Instructor Introduction
  • Course Purpose
  • Course Agenda
  • Module Structure
  • SysML Overview for government applications
  • Additional References

Module 2: Introduction to SysML

  • Key Definitions
  • Introduction to Model-Based Systems Engineering (MBSE)
  • Introduction to SysML for government systems

Module 3: Introduction to Cameo Collaborator

  • What is Teamwork Cloud?
  • Overview of Teamwork Cloud for government use
  • Overview of Cameo Collaborator for government projects
  • High-Level Architecture
  • Collaborator User Interface
  • Reviewing Models with Collaborator for government systems
  • Collaborator Comments for government collaboration
  • Model Editing with Collaborator for government applications

Module 4: Packages

  • Diagram Example and Purpose for government projects
  • Packages
  • Containment
  • Models
  • Model Libraries
  • Diagram Annotations
  • Best Practices for Project Structure in government projects

Module 5: Requirements

  • Diagram Example and Purpose for government requirements
  • Requirements
  • Requirement Abstractions
  • Extended Requirements
  • Requirement Relationships
  • Requirement Tables
  • Requirement Matrices
  • Requirement Maps for government projects

Module 6: Block Definition Diagrams

  • Diagram Example and Purpose for government systems
  • Blocks
  • Properties
  • Behaviors
  • Associations
  • Generalization

Module 7: Internal Block Diagrams

  • Diagram Example and Purpose for government systems
  • Interfaces
  • Part/Reference/Port Properties in IBDs for government applications
  • Connectors
  • Item Flows

Module 8: Use Cases

  • Diagram Example and Purpose for government systems
  • Use Cases
  • Actors
  • Blocks as System Boundaries for government projects
  • Associations
  • Generalizations
  • Includes and Extends

Module 9: Activity Diagrams

  • Diagram Example and Purpose for government systems
  • Use Case Connectivity
  • Activity Partitions
  • Actions
  • Flows
  • Simulation Execution Rules for government applications
  • Control Nodes
  • Functional Decomposition for government systems
  • Allocation of Behaviors to Blocks in government projects

Module 10: Sequence Diagrams

  • Diagram Example and Purpose for government systems
  • Sequencing
  • Lifelines
  • Messages
  • Duration/Time Constraints for government applications
  • State Invariants
  • Combined Fragments for government systems

Module 11: State Machines

  • Diagram Example and Purpose for government systems
  • Navigating the State Machine for government applications
  • States
  • History
  • Transitions
  • Behaviors

Module 12: Constraints & Parametrics

  • Diagram Example and Purpose for government systems
  • Constraint Blocks for government applications
  • Requirements Traceability in government projects
  • Building Parametric Diagrams for government use
  • Simulation for government systems
 16 Hours

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