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Model Based Systems Engineering (MBSE) Online Training Course

The Step by Step Course To Learn Model-Based Systems Engineering Methodology

Join our waiting list to gain free access once we release the online training course. 
MBSE Training Courses
This course includes:

1 Year full access

Access on Mobile

Certificate of completion

Why Top Leading Industry Organizations Choose Visure’s Course Trainings

Throughout this course, you will gain access to the best up-to-date practices with industry specific examples.

Courses-Video On Demand

3+ Hours On-Demand Video


Exam & Certificate of Completion


IREB Certified Instructors


Trained Over 1,000+ Students

AI Requirements

What You'll Learn

Understand the fundamentals of systems engineering and how they relate to the MBSE approach

Learn about the different MBSE methodologies and processes, such as Model-Driven Development (MDD) and Systems Modeling Language (SysML)

Familiarize yourself with the different modeling languages and techniques used in MBSE, such as UML, SysML, and MARTE

Learn how to verify and validate system models in MBSE using simulation, analysis, and testing techniques

Understand how to integrate models across different systems and subsystems using model transformation and model federation techniques

Explore the tools and platforms used to support MBSE in an enterprise environment, such as MagicDraw, Cameo Systems Modeler, and No Magic

Gain the skills and knowledge needed to effectively model, analyze, and optimize complex systems using the MBSE approach

and so much more!

Course Content

This is exactly what you will learn throughout the MBSE Course.

7 sections • 20 lectures • 3.5 hours total length
Module #1: Introduction
1 lecture
In this module, you will gain an understanding of the Model-Based Systems Engineering (MBSE) approach and its advantages. You will explore the basic concepts of MBSE and discover how it can enhance the design and development process of intricate systems. By the end of this module, you will be able to appreciate the benefits of MBSE and its importance in modern systems engineering.
Module #2: Understanding Systems Engineering Basics
5 lectures
In this module, you will delve into the fundamentals of systems engineering, including its definition, the systems engineering process, and the various stages that comprise it. You will discover the key elements of each stage, which includes gathering and analyzing requirements, designing the system, implementing it, testing it, and maintaining it. Upon completion of this module, you will have a solid understanding of the systems engineering process and its crucial role in developing complex systems.
Module #3: MBSE Methodologies and Processes
2 lectures
In this module, you will learn about the processes and methodologies involved in Model-Based Systems Engineering (MBSE) and how it can enhance the development of complex systems. You will gain an understanding of the system requirements and specifications, and explore how to develop the system architecture using MBSE. Additionally, you will discover how MBSE can be used during the system design phase and how it can aid in the system analysis and testing phase. Upon completion of this module, you will have a solid foundation in MBSE and be able to apply these principles to real-world systems engineering problems.
Module #4: Modeling Languages & Techniques
4 lectures
This module provides a comprehensive overview of the various modeling languages utilized in Model-Based Systems Engineering (MBSE), including SysML, UML, and BPMN. Students will acquire an understanding of the syntax, semantics, and structure of these languages and their application in creating models of complex systems. Additionally, this module explores the different modeling techniques used in MBSE, such as use case diagrams, activity diagrams, state machines, and sequence diagrams, along with their purposes and usage in diverse system types. Upon completion of this module, students will be proficient in modeling languages and techniques and gain a better understanding of how they can be leveraged to enhance the systems engineering process.
Module #5: Modeling Verification & Validation
3 lecture
In this module, you will explore the various techniques used to verify and validate models created with Model-Based Systems Engineering (MBSE). You will understand the critical role of model validation and learn how to ensure the accuracy and reliability of the models created. Additionally, you will discover the significance of model verification and the various methods and tools used to validate the models against the system requirements. Upon completion of this module, you will have a firm grasp of the techniques used for model verification and validation, and be able to apply them to ensure the accuracy and reliability of models created through MBSE.
Module #6: Implementing Model Integrations
4 lecture
In this module, you will explore the techniques utilized to integrate models created through various modeling languages and tools. You will comprehend the importance of model integration and gain an understanding of how to ensure the compatibility of the created models. Additionally, you will discover the significance of model transformation and the various methods and tools used to convert models between different modeling languages. Upon completion of this module, you will have a solid grasp of the techniques used for model integration and transformation and be able to apply them to guarantee the compatibility of models created using different modeling languages and tools.
Module #7: MBSE Enterprise: Understanding Tools and Platforms
1 lecture
In this module, you will explore the different tools used in Model-Based Systems Engineering (MBSE), including SysML editors, requirements management tools, and simulation tools. You will gain an understanding of the features and capabilities of these tools and learn how to use them to create models of complex systems. Additionally, you will discover how these tools can aid in the systems engineering process, from requirements gathering to system analysis and testing. Upon completion of this module, you will be proficient in using various MBSE tools and understand their significance in enhancing the systems engineering process.
Who Is This Course For?


This course is designed for professionals building complex systems in safety-critical and regulated industries.

Courses-Video On Demand

Systems Engineers

Projects Managers

Project Managers

Courses-development Engineers

Development Engineers

Courses-Quality Managers

Quality Managers

Courses-Methodology Managers

Methodology Managers

MSBE: Model Based Systems Engineering Course

This course includes:

Model-based System Engineering Course

(Value of $1,500)

1 Download resource

(Value of $50)

Certificate of Completion

(Value of $450)

BONUS: Early Access to Requirements Engineering Methodology Courses

(Value of $150)

BONUS: Lifetime access to Member Portal: Exclusive Resources, Whitepapers & Events

(Value of $500)


(Value of $2,650)

Value Pricing is based on the 1 On 1 Corporate Trainings that Visure Engineer Experts Offer

1,000+ Highly Regulated Organizations Trust Visure

What Top Industry Professionals Say About Our Courses

Elena Perez RodriguezSystem Engineer, Lidax Edit Top
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“Visure Requirements ALM Platform really simplified the project traceability and impact analysis process, that used to be very time consuming before Visure.”
David WarwickSoftware Group Lead
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“Visure Requirements ALM removes the administrative overhead of keeping multiple Word/Excel documents up to date, while maintaining a flexible approach which fits with our existing ISO processes.”
Michael D.System Engineering- Aerospace Industry
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“Visure tools helped identify deficiencies in our traceability from using traditional spreadsheets for a mission critical customer.”
Reza MadjidiConsuNova- CEO
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“The quicker the developer can demonstrate the proof of the completed reviews, the more credibility they show to the certification authorities such as FAA and EASA.”


Great question! Yes, this course is ideal for students who are aiming to join Global organizations building complex products and systems.

IREB stands for International Requirements Engineering Board – a non-profit organization, who’s provider of the CPRE (Certified Professional for Requirements Engineering) certification scheme.

The CPRE by IREB® is a certification for everyone involved professionally with Requirements Engineering, Business Analysis and software and systems development.

Great question! Yes, we do provide corporate trainings to organizations of any level. For more information, please visit our Contact Us Page or email us at

Once you complete the mini exams of each module within the course, you’ll be able to access the certification exam.

In order to pass the exam, you need a score greater than 70. If the score is reached, a certification will be generated by with your name and also registered within our database for validation.

We accept all payment methods, including:

  • Visa
  • MasterCard
  • AMEX

Great question! If you’re not satisfied with the course training and content, we will provide a full refund upon request. NO QUESTIONS ASKED.

Terms & Conditions Apply.

Great question! You will gain full access to the course and all the resources available for an entire year from the date you registered.


The High Cost of Poor Requirements Management

June 06th, 2024

11 am EST | 5 pm CET | 8 am PST

Louis Arduin

Louis Arduin

Main Speaker

Impact & Solutions for Inefficient Requirements Management

Explore the significant impact that inefficient requirements management practices can have on project costs and timelines.