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Course Outline
3-Day Course Agenda
Day One
Introduction to the AIM Process for Government
- Overview of the AIM Process
- The Essential Role of Software in System Development
- A Comprehensive Roadmap for Hardware and Software Co-Design
AI Acceleration in MBSE for Government
- How AI Enhances MBSE for Government Operations
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Developing AI Personas and Agents
- AI as a Subject Matter Expert
- AI as a Design Assistant
- AI as a Code Generator
- Effective Prompting Strategies for Government Applications
Scanning Electron Microscope Example
- Introduction to the SEM Case Study
- Relevance and Application of AIM in Government SEM Projects
SysML Basics and Introduction to SysML v2 for Government
- Overview of SysML for Government Use
- Key Elements and Diagrams in SysML
- Introduction to SysML v2: Benefits and New Features for Government Applications
Domain Modeling for Government
- Importance of Domain Modeling in Government Projects
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Hands-on Lab Session: Domain Modeling
- Students Use AI to Create a Domain Model for the SEM
Requirements Engineering for Government
- Writing Clear and Effective Requirements for Government Systems
- Leveraging AI to Enhance Requirements Gathering in Government Projects
- Zigzag Prompting Techniques for Government Applications
- Deep Dive Prompting Strategies for Government Use
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Hands-on Lab Session: Requirements Modeling
- Students Use AI to Gather and Write Requirements for the SEM
Use Cases for Government
- Importance of Use Cases in MBSE for Government Projects
- Writing Effective Use Cases for Government Systems
- AI-Driven Techniques for Writing Use Cases, Focusing on Alternate and Exception Behavior
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Automated Executable Wireframes for Government Applications
- Creating and Validating Wireframes in Government Projects
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Hands-on Lab Session: Use Cases
- Students Use AI to Write Use Cases and Create Wireframes for the SEM
Day Two
Logical Architecture for Government
- Overview of Logical Architecture in Government Systems
- Key Components and Their Relationships in Government Projects
Domain-Driven Logical Architecture for Government
- Subsystem Decomposition for Government Applications
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Object-Oriented Approach in MBSE for Government
- Benefits of an Object-Oriented Approach for Government Projects
- Comparing with Traditional Methods in Government Systems
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Avoiding Item Flow Violations in Government Projects
- Strategies to Prevent Item Flow Violations for Government Systems
- Common Pitfalls and How to Avoid Them in Government Applications
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Developing Logical Models for Government Projects
- Hands-on Exercises with Logical Models for Government Systems
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Hands-on Lab Session: Logical Architecture
- Students Use AI to Develop a Logical Architecture for the SEM in Government Contexts
Physical Architecture and Parametrics for Government
Physical Architecture for Government
- Key Components and Their Relationships in Government Projects
- Using AI to Identify Components for Government Systems
- Trade Studies in Government Applications
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Hands-on Lab Session: Physical Architecture
- Students Use AI to Develop a Physical Architecture for the SEM in Government Contexts
Introduction to Parametrics for Government
- How Parametrics Enhance MBSE in Government Projects
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Developing Parametric Models for Government Systems
- Hands-on Exercises with Parametric Models for Government Applications
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Hands-on Lab Session: Parametrics
- Students Use AI to Develop Parametric Models for the SEM in Government Contexts
Day Three
Software Development for Government
Microcontroller Code Generation for Government
- AI-Driven Code Generation for Microcontrollers in Government Systems
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Hands-on Lab Session: Microcontroller Code Generation
- Students Use AI to Generate Microcontroller Code for the SEM in Government Contexts
Database Code Generation for Government
- AI-Driven Code Generation for Databases in Government Systems
- Introduction to MongoDB and the MERN Stack for Government Applications
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Hands-on Lab Session: Database Code Generation
- Students Use AI to Generate Database Code for the SEM in Government Contexts
User Interface Code Generation for Government
- AI-Driven Code Generation for User Interfaces in Government Systems
- Introduction to React JS for Government Applications
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Hands-on Lab Session: User Interface Code Generation
- Students Use AI to Generate User Interface Code for the SEM in Government Contexts
Testing and SysML v2 for Government
Testing in MBSE for Government
- Strategies for Effective Testing in Government Systems
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Hands-on Lab Session: Testing
- Students Use AI to Develop Test Cases for the SEM in Government Contexts
Generating SysML v2 Models for Government
- Introduction to SysML v2 for Government Applications
- Benefits and New Features of SysML v2 for Government Projects
- Practical Examples and Exercises in Government Contexts
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Hands-on Session: Generating SysML v2 Models
- Guided Exercise on Generating SysML v2 Models for Government Systems
Requirements
- A foundational understanding of Model-Based Systems Engineering (MBSE) and SysML is beneficial for government projects.
- Experience with tools such as Cameo Systems Modeler or Sparx Enterprise Architect is advantageous for government applications.
- No programming experience is required, but familiarity with microcontrollers, databases, and user interfaces is helpful.
- Familiarity with AI products like chatGPT can be beneficial.
- None of the above are mandatory prerequisites for engagement in government initiatives.
Audience
- Systems Engineers
- Software Engineers
- System and Software Engineering Managers
21 Hours
Testimonials (1)
This class presents material that will be disruptive to industry. Those who do not adopt will miss out.
