Course Outline

Introduction

Overview of SysML V2 Features and Architecture

  • Model-based System Engineering (MBSE) for government
  • System modeling concepts for government
  • SysML versus UML in the context of government operations

Exploring Model-Based Systems Engineering

  • Definition and approach to MBSE for government
  • MBSE methodologies and challenges within government agencies
  • Systems Modeling Language (SysML) for government use

Learning About SysML V2 Improvements

  • Enhancements and changes in SysML V2 for government applications
  • Adoption, visualization, and interoperability considerations for government systems
  • APIs and services for government integration
  • Agile collaborative approach for government projects

Understanding Architecture Analysis and Design Integrated Approach (ARCADIA)

  • Architecture modeling for government systems
  • Development capabilities in ARCADIA for government operations
  • Operational analysis and system analysis for government applications
  • Logical architecture and physical architecture for government projects
  • Using the Capella tool for government modeling

Understanding Object-Oriented Systems Engineering Method (OOSEM)

  • Integrating SysML with OOSEM for government systems
  • Top-down object-oriented concepts for government applications
  • Integration with object-oriented development in government projects
  • OOSEM activities and modeling artifacts for government use

Comparing SysML/OOSEM with Arcadia/Capella

  • Positioning of SysML/OOSEM versus ARCADIA/Capella for government
  • Methodologies for system engineering in government contexts
  • Language and diagrams for government modeling

Modeling with SysML V2

  • Usage-focused modeling techniques for government systems
  • New model elements introduced in SysML V2 for government applications
  • Diagram types and functions for government projects

Performing a System Reliability Analysis

  • System dependability for government operations
  • Reliability, availability, maintainability, and safety (RAMS) analysis for government systems
  • Reliability requirements analysis in the context of government projects

System Modeling and Simulation

  • System structure modeling for government applications
  • Behavior modeling and integration for government systems
  • System simulation phase for government operations

Analyzing Data from Simulations

  • Results assessment and reports for government use
  • Reliability analysis case studies (landing gear system and flight management system) for government applications
  • Large-scale systems to system of systems in government contexts

Troubleshooting

Summary and Conclusion

Requirements

  • Experience in systems engineering for government projects
  • A general understanding of system design and SysML

Audience

  • Project managers for government initiatives
  • Architects for government systems
  • System engineers for government operations
 28 Hours

Number of participants


Price per participant

Testimonials (5)

Upcoming Courses

Related Categories