Home
Courses
Model Based System Engineering with SysML Certification Training

Model Based System Engineering with SysML Certification Training

Course 3682

Duration: 3 days
Language: English
Level: Foundation

Get This Course 23.950 kr

3-day instructor-led training course
Hands-on labs included
APMG Exam Voucher Included
After-course coaching available
After-course computing sandbox

Include dates with afternoon start times

#3682

Guaranteed to Run - you can rest assured that the class will not be cancelled.
jun 1 - 3 15:00 - 22:30 CEST

AnyWare
jun 22 - 24 15:00 - 22:30 CEST

Ottawa or AnyWare
jun 28 - 30 10:00 - 17:30 CEST

AnyWare
jul 13 - 15 15:00 - 22:30 CEST

Herndon, VA or AnyWare
aug 31 - sep 2 15:00 - 22:30 CEST

New York or AnyWare
sep 27 - 29 15:00 - 22:30 CEST

Ottawa or AnyWare
sep 27 - 29 10:00 - 17:30 CEST

AnyWare
okt 19 - 21 15:00 - 22:30 CEST

Herndon, VA or AnyWare
nov 21 - 23 15:00 - 22:30 CET

New York or AnyWare
dec 20 - 22 10:00 - 17:30 CET

AnyWare
dec 21 - 23 15:00 - 22:30 CET

Ottawa or AnyWare
jan 18 - 20 15:00 - 22:30 CET

Herndon, VA or AnyWare
mar 1 - 3 15:00 - 22:30 CET

New York or AnyWare
mar 28 - 30 10:00 - 17:30 CEST

AnyWare
mar 29 - 31 15:00 - 22:30 CEST

Ottawa or AnyWare

Scroll to view additional course dates

Bring this or any training to your organization
Full-scale program development
Delivered when, where, and how you want it
Blended learning models
Tailored content
Expert team coaching

#3682

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 models using SysML notation and diagrams. Attendees will receive a solid grounding in MBSE and SysML with the understanding and confidence to participate and be successful as modern-day system engineers.

Model Based System Engineering Delivery Methods

In-Person
Online

Model Based System Engineering Course Benefits

Explain the six goals of Model Based System Engineering
Transition through the four pillars of MBSE from Requirements to Structure to Behavior to Parametrics
Create and relate all 9 SysML diagrams with understanding of the underlying model
Structure the model for testing, validation and requirements satisfaction
Leverage continued support with after-course one-on-one instructor coaching and computing sandbox

Model Based System Engineering Instructor-Led Training Outline

Important Model Based System Engineering Information

Who should attend?

The course is intended as a comprehensive introduction to MBSE and SysML intended for practicing engineers, software developers, or those with similar backgrounds. It is also useful as 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.

Certification Information:

40 questions
The passing score is 28/40 (70%)

Module 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 modeling needs
Review Questions
References
Chapter Summary

Module 2: Modeling 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 Organizing a Model with SysML
Review Questions
References
Chapter Summary

Module 3: Modeling 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

Module 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 serialization
Correlating Different Diagrams
Software/Firmware Modeling 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

Module 5: Second Requirements Iteration

Six Goals of MBSE (6 slides)
How Much modeling is needed?
Modeling 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

Module 6: The Behavioral Model

Moving from Structure to Behavior
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 Modeling
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

Module 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

Module 9: Course Summary

Closing Thoughts
Next Steps
Related Courses
Lagniappe

Need Help Finding The Right Training Solution?

Our training advisors are here for you.

Model Based System Engineering FAQs

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

Yes, this is a new certificate created jointly by Learning Tree International and APMG. Your certification would come from an internationally known accreditation body, APMG International.

The course uses Magic Draw/Cameo, a package that includes Magic Draw with SysML and other MBSE features.

The course also uses Sparx Enterprise Architect.

Attendees get a choice to use either Sparx or Cameo.