Model Based System Engineering with SysML Training

Nivå: Foundation

Model Based System Engineering (MBSE) is a megatrend in modern software and systems engineering – the key element in larger engineering transformation initiatives. Model based, not document based, MBSE clarifies understanding, and has been empirically proven to significantly accelerate development projects. This 3-day course provides a solid grounding in MBSE project processes and how to build robust model using SysML notation and diagrams. Attendees will receive solid grounding in MBSE and SysML with the understanding and confidence to participate, and be successful as a modern-day system engineer.

Nyckelfunktioner:

  • Learning Tree end-of-course exam included
  • After-course instructor coaching benefit
  • After-course computing sandbox

Du kommer lära dig att:

  • Explain the six goals of Model Based System Engineering
  • Transition through the four pillars of MBSE from Requirements to Structure to Behaviour to Parametrics
  • Create and relate all 9 SysML diagrams with understanding of the underlying model
  • Structure the model for testing, validation and requirements satisfaction

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I klass & Live, Online-utbildning

  • 3-day instructor-led training course
  • One-on-one after-course instructor coaching
  • Tuition fee can be paid later by invoice -OR- at the time of checkout by credit card

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  • Fullskalig programutveckling
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  • Blandade utbildningsmodeller
  • Skräddarsytt innehåll
  • Coaching av ett expertteam

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Utveckla dig och ditt team med anpassade eller öppna kurser alternativt e-learning

Learning Tree erbjuder kundanpassad utbildning hos er, öppna kurser i Stockholm, London eller Washington, möjlighet att delta via våra Anywhere centers (Malmö, Göteborg, Linköping, Stockholm eller Borlänge) eller olika former av e-learning med lärarstöd. Läs mer på www.learningtree.se/priser .

I klass & Live, Online-utbildning

Note: This course runs for 3 dagar *

*Events with the Partial Day Event clock icon run longer than normal but provide the convenience of half-day sessions.

  • 10 - 12 feb 9:00 - 4:30 CET Stockholm / Online (AnyWare) Stockholm / Online (AnyWare) Boka Din Kursplats

  • 2 - 4 jun 9:00 - 4:30 CEST Stockholm / Online (AnyWare) Stockholm / Online (AnyWare) Boka Din Kursplats

  • 9 - 11 dec 9:00 - 4:30 EST Online (AnyWare) Online (AnyWare) Boka Din Kursplats

  • 28 - 30 apr 9:00 - 4:30 EDT New York / Online (AnyWare) New York / Online (AnyWare) Boka Din Kursplats

  • 28 - 30 jun 9:00 - 4:30 EDT Herndon, VA / Online (AnyWare) Herndon, VA / Online (AnyWare) Boka Din Kursplats

  • 1 - 3 sep 9:00 - 4:30 EDT New York / Online (AnyWare) New York / Online (AnyWare) Boka Din Kursplats

Kurs med startgaranti

När du ser symbolen för “Guaranteed to Run” vid ett kurstillfälle vet du att kursen blir av. Garanterat.

Partial Day Event

Learning Tree offers a flexible schedule program. If you cannot attend full day sessions, this option consists of four-hour sessions per day instead of the full-day session.

Important Model Based System Engineering Training Information

  • Who Should Attend

    The course is intended as a comprehensive introduction to MBSE and SysML intended for practising engineers, software developers or those with similar backgrounds. It is also useful an overview for managers who want to have an insightful talking understanding of the topic. Participants should have a general awareness of systems engineering, software development and Agile/DevOps processes but there are otherwise no pre-requisites.

  • Exam Information

    • 40 questions
    • Passing Score 70%
  • Tools

    This course uses Sparx Enterprise Architect as the sample modelling tool.

Model Based System Engineering Training Outline

  • Chapter 1 – System Engineering Transformation

    • What is System Engineering Transformation?
    • Engineering Challenges
    • INCOSE Definition of MBSE
    • MBSE Benefits
    • An Architectural Approach
    • Document Generation
    • Activity: Discussion of modelling needs
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 2 – Modelling Process and SysML Overview

    • Historical Context System Engineering
    • Waterfall to Agile/DevOps Tie In
    • Iterative and Incremental Development
    • Historical Context SysML
    • UML Roots
    • UML Diagram Set
    • Early vs Late Iteration
    • SysML Diagram Overview (9 not 13)
    • Four pillars of MBSE
    • Laying out a Model
    • Case Study – Shop and Go Smart Cart
    • Exercise 2.1 – Creating and Organising a Model with SysML
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 3 – Modelling Functional Requirements

    • What are Requirements?
    • Requirement Classification
    • Activity: Discussion – are these requirements?
    • Inputs to Requirements
    • Why start with the functional model?
    • Shop and Go Brief Description
    • SysML Notational Elements
    • Use Case Diagrams
    • Use Case Text
    • Activity Diagrams
    • Developing Use Cases
    • Identifying Actors
    • Exercise 3.1 – Discussion Identifying Actors and Use Cases
    • Debrief
    • Exercise 3.2 – Hands-On Adding Use Cases in SysML
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 4 – The Structural Model

    • Composite Structure Diagrams (not in SysML)
    • Replaced by Block Definition Diagrams (BDDs)
    • <<block>> icon and symbology
    • Hierarchical Diagrams
    • Instances vs Type
    • Instances on BDDs
    • Exercise 4.1 – Overall Discussion of a Smart Cart
    • Debrief
    • Exercise 4.2 – Implementing and using BDDs
    • Debrief
    • Specialization on BDDs
    • Activity 4.3 – Demonstration of serialisation
    • Correlating Different Diagrams
    • Software/Firmware Modelling within a System
    • Creating UML Class Diagrams
    • Process steps
    • Associations and Roles
    • Exercise 4.4 – Hands-On creating a Class Diagram
    • Debrief
    • Package Diagrams
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 5 – Second Requirements Iteration

    • Six Goals of MBSE (6 slides)
    • How Much modelling is needed?
    • Modelling Process Walkthrough
    • Collaboration
    • Stakeholder Concerns
    • Capturing and Coordinating Concerns
    • Adding new requirements
    • Exercise 5.1 – Demonstration of upgrading a model
    • Requirements Diagrams
    • <<Satisfies>> and <<Validates>> relationships
    • Copy and Trace
    • Don’t Panic – it is simpler than it looks
    • Exercise 5.2 – Hands-On Adding a Requirements Diagram
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 6 – The Behavioural Model

    • Moving from Structure to Behaviour
    • Nature of Sequence Diagrams
    • Relating Activity Diagrams and Sequence Diagrams
    • Exercise 6.1 – Group Discussion – Flow of Make Purchase use case
    • Debrief
    • Exercise 6.2 – Hands On – Creating a Sequence Diagram
    • Debrief
    • State Modelling
    • What is State?
    • What is State Really?
    • Nature of State Diagrams
    • Sub-States
    • Ensuring absolutely every path is understood
    • Actions and guard conditions
    • Error detection vs error prevention
    • Exercise 6.3 – Group Discussion – States in Make Purchase
    • Debrief
    • Exercise 6.4 – Hands On – Adding a State Diagram
    • Debrief
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 7 – Parametrics and Simulation

    • Know before you build
    • What are parametrics?
    • Defining a mathematical condition by formula
    • Exercise 7.1 – Group Discussion How big should the battery be?
    • Debrief
    • Exercise 7.2 – Hands-On Adding a Parametric Diagram
    • Debrief
    • Prove before you build
    • Automated validation of model elements
    • Running a simulation
    • Manual simulation
    • Automated simulation
    • Exercise 7.3 – Hands-On Running a Manual Simulation
    • Review Questions
    • References
    • Chapter Summary
  • Chapter 8 – Course Summary

    • Closing Thoughts
    • Next Steps
    • Related Courses
    • Lagniappe

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Model Based System Engineering Training FAQs

  • What technologies does this course demonstrate?

    This coure demonstrates SysML use and process plus integration with Agile and DevOps.

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