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Course Outline
Overview of Training Objectives
- Foundational principles of systems engineering and model-based approaches.
- Presentation of the ARCADIA methodology and its application for government systems development.
- Introduction to the Capella modeling platform and guided practical exercises.
- Review of a case study involving an agricultural unmanned aerial vehicle (UAV).
Operational Analysis Framework
- Definition of key terminology and alignment with ISO 15288 processes.
- Utilization of operational analysis models and diagrams within the Capella environment.
- Identification of best practices for modeling operational contexts.
- Practical application: Operational analysis exercises using the UAV case study.
System Analysis Methodology
- Comprehensive overview of system analysis techniques.
- Execution of black box analysis to define system boundaries and interfaces.
- Practical application: Definition of missions, capabilities, and associated scenarios.
- Execution of white box analysis to detail internal functional architecture.
- Transverse modeling strategies within the Capella toolset for government programs.
Logical Architecture Development
- Integration of logical architecture with physical design and standard engineering processes.
- Clarification of terminology specific to logical abstraction levels.
- Construction and interpretation of logical architecture models and diagrams in Capella.
- Practical application: Design exercises for logical architecture components.
- Implementation of best practices for maintainable and scalable logical designs.
Physical Architecture Implementation
- Definition of terminology relevant to physical system composition.
- Development of physical architecture models and diagrams within Capella.
- Practical application: Design exercises for physical architecture components.
- Adoption of best practices for hardware and software component distribution.
- Utilization of the Electronic Product Breakdown Structure (EPBS) in Capella.
- Management of reusable elements and libraries to support efficient government systems engineering.
Advanced Functionality and Viewpoint Management
- Strategies for managing viewpoints and property values to enhance model clarity.
- Techniques for modeling transitions from system-level to subsystem-level architectures.
- Generation of documentation in xHTML format for public sector distribution.
- Implementation of requirements tracking via specific viewpoints.
- Overview of Publication for Capella (P4C) and M2Doc for automated report generation.
- Integration of additional extensions to support specialized government modeling needs.
Summary and Future Directions
- Consolidation of key systems engineering concepts covered in the training.
- Guidance on advanced learning resources and strategies for implementing model-based systems engineering (MBSE) within government agencies.
Practical Exercises
- Structured hands-on exercises utilizing the Capella modeling platform.
- Comprehensive implementation of the agricultural UAV case study to reinforce technical competencies for government applications.
Requirements
* Comprehensive knowledge of system engineering principles.
* Foundational competence in requirements management and system development lifecycles.
* **Pre-course Preparation:**
* No mandatory prerequisites are required for participation.
* Familiarity with ISO 15288 standards is advisable.
* Prior exposure to system modeling frameworks is beneficial.
**Intended Audience**
* Systems engineering professionals.
* System architects and design engineers.
* Project managers seeking to implement Model-Based Systems Engineering (MBSE) methodologies for government programs.
28 Hours
Testimonials (1)
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