AIM: AI Assisted MBSE an integrated system/software approach

AIM (AI Assisted MBSE) Process enables hardware/software co-design, addressing SysML, UML and code generation.

What you will learn

1st day: AI Assisted MBSE Course Overview

Unified Hardware/Software Modeling
Object-Oriented Design vs Functional Decomposition
Impact of AI on System and Software Modeling
Using AI as a Subject Matter Expert
Introduction to the Electron Microscope Example
Introduction to SysML v2

2nd day: Understanding the Problem (Stakeholder Needs)

Leveraging AI's domain knowledge
Domain Modeling
Use Case Modeling
Requirements Modeling
Measures of Effectiveness

3rd day: Structure Modeling (Logical Architecture)

Using AI to drive Subsystem Modeling
Updating Requirements for each Subsystem
Block Definition Diagrams (BDDs) for Logical Architecture
Interface Blocks and Signals
Internal Block Diagrams
Using AI for Database Design and Code Generation

4th day: Behavior Modeling

Using Activity Diagrams to identify Alternate and Exception Behavior
Updating Requirements to consider Alternate and Exception Behavior
Using Sequence Diagrams to Allocate Operations and Signal Receptions to Blocks
Using AI for User Interface Code Generation

5th day: State Machines, Parametrics and Physical Architecture

Using AI to define State Machines for Subsystems
State Machine Simulation
AI Assisted Component Selection
Constraint Blocks, Parametric Analysis and Trade Studies
Using AI for Embedded, Real-Time Code Generation
Test Case Generation

Company Internal Training

You can book this seminar as company internal training. We can conduct the seminar either in person at your location or online.

Summary

If you've ever wondered why most SysML models pretend that software doesn't exist, this class is for you. Watch "Without Software there is no System" on YouTube. At the end of this 5-day class, students will be familiar with "the four pillars of SysML"(Requirements, Structure, Behavior and Parametrics), and will also know how to structure their SysML models to account for software, then generate User Interface Code from Behavior Models, Database Code from Structure Models, and Microcontroller Code from State Machines. Watch an in-depth description of AIM Training on YouTube.

Importantly, you'll learn how to use AI as a "subject matter expert" in defining the system/software model. Students will model a Scanning Electron Microscope (both hardware and software) as their lab exercise, learning how to ask the right questions (i.e. prompts) to get help from AI in constructing the model.

We offer this training in cooperation with Parallel Agile. Your trainer is Doug Rosenberg, Founder & CTO at Parallel Agile and CarmaCam.

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Requirements

Some basic knowledge of SysML, UML, AI, systems engineering and software engineering is helpful.