Introduction to Model-Based Systems Engineering

Instructor: Siemens

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13,136 already enrolled

5 modules

Gain insight into a topic and learn the fundamentals.

71 reviews

Beginner level

No prior experience required

2 weeks to complete

at 10 hours a week

Flexible schedule

Learn at your own pace

5 modules

Gain insight into a topic and learn the fundamentals.

71 reviews

Beginner level

No prior experience required

2 weeks to complete

at 10 hours a week

Flexible schedule

Learn at your own pace

Skills you'll gain

Tools you'll learn

Details to know

Shareable certificate

Add to your LinkedIn profile

Assessments

6 assignments

Taught in English

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There are 5 modules in this course

Strengthen your knowledge of Model-Based Systems Engineering, and discover an approach that organizations, companies, and governments are using to manage ever-changing demands. In this course, you will learn more about systems thinking, architecture, and models. You will examine the key benefits of MBSE. Through an in-depth look at MBSE as a solution, you will examine SysML methodologies and languages. No degree is required. This course is primarily for professionals, college students, and advanced high school students who are interested in gaining introductory knowledge of Model-Based Systems Engineering (MBSE) software and principles.

This course represents a foundational introduction to MBSE, appropriate for learners with a basic knowledge of general engineering concepts and an interest in digital manufacturing and design. To succeed in this course, learners should bring their curiosity about how new developments in technology are shaping the way businesses and entire industries operate. This course has no formal prerequisites. Upon completion of this course, you will be able to: • Differentiate between systems and systems of systems. • Use the MBSE approach. • Compare MBD, MBE, and MBSE. • Evaluate system modeling tools and languages.

Welcome to Model-Based Systems Engineering! By enrolling in this course, you are joining the many students and professionals who wanted to advance their skillset as they develop a stronger understanding of Model-Based Systems Engineering concepts. In the first week of the course, we'll introduce you to the overview and layout of the course. We will also review some foundational concepts related to MBSE. By the end of this module, you will know more about Model-Based Systems. Let's get started!

What's included

14 videos15 readings1 assignment

14 videos Total 54 minutes

Welcome to the Course 3 minutes
Managing Systems Complexity 1 minute
Systems Complexity, Characteristics and Emergence 6 minutes
System of Systems Definition and Characteristics 6 minutes
System Thinking Definition & Example 4 minutes
An Introduction to System Models 4 minutes
MBSE as a System Model 4 minutes
An Introduction to System Architecture 3 minutes
The Architecture Definition Process and Defining Form 4 minutes
The Architecture Definition Process and Defining Form 4 minutes
OPM Analytical Representation of a Function 4 minutes
Defining and Generating a Concept 2 minutes
Relating OPM to System Architecture 4 minutes
System Verification, Validation and Optimization 4 minutes

15 readings Total 163 minutes

Meet Your Course Expert 3 minutes
Connect to Other Siemens Professionals 15 minutes
Earning a Digital Badge 3 minutes
What You Can Expect 4 minutes
What is The Purpose of Systems and Systems of Systems? 10 minutes
An Introduction to Systems Definition and an Example 20 minutes
System of Systems Examples 30 minutes
Lesson References 5 minutes
A Closer Look at the Electric Skateboard 10 minutes
Another Example of System Thinking 15 minutes
Lesson References 5 minutes
System Architecture and Workflow 15 minutes
Another Example of Decomposition and Structure: The Electric Skateboard 10 minutes
Internal Function of a System and the Electric Coffee Maker 16 minutes
Lesson References 2 minutes

1 assignment Total 30 minutes

Week 1 Quiz 30 minutes

Now that you have explored key concepts relating to systems architecture, you are ready to expand your knowledge of Systems Engineering and Model-Based Systems Engineering. In the second week of the course, we will examine various types of Systems Engineering such as MBD and MBE and compare them with Model-Based Systems Engineering.

What's included

19 videos9 readings1 assignment

19 videos Total 59 minutes

An Introduction to Systems Engineering 6 minutes
An Introduction to Systems Engineering Technical Processes 3 minutes
Business or Mission Analysis Process 3 minutes
Stakeholder Needs and Requirements Definition Process 5 minutes
System Requirement Definition Process 3 minutes
System Requirements Key Concepts and Attributes 6 minutes
Architecture Definition Process 5 minutes
Design Definition Process 2 minutes
System Analysis Process 2 minutes
Implementation Process 2 minutes
Integration Process 2 minutes
Verification Process 2 minutes
Transition Process 2 minutes
Validation Process 2 minutes
Operation Process 1 minute
Maintenance Process 1 minute
Disposal Process 1 minute
An Introduction to Model-Based Systems Engineering 6 minutes
Terminology, Concepts, and Models of MBD, MBE, and MBSE 7 minutes

9 readings Total 91 minutes

Lifecycle Stages and an Example of Systems Engineering Implementation 10 minutes
Different Kinds of System Requirements 10 minutes
Architecture Definition Process and the Pulse Oximeter 6 minutes
System Engineer Tasks 3 minutes
Technical Inputs, Processes, and Outputs 7 minutes
Lesson References 30 minutes
MBSE Integration Across Domains 7 minutes
Models, MBSE, and the Pulse Oximeter 15 minutes
Lesson References 3 minutes

1 assignment Total 30 minutes

Week 2 Quiz 30 minutes

Now that you have examined MBSE, you are prepared to learn more about Integrated Model-Based System Engineering (iMBSE). In the third week of the course, we will investigate iMBSE, define some related terminology, and introduce you to System Modeling Language.

What's included

10 videos9 readings1 assignment

10 videos Total 39 minutes

An Introduction to the Integrated MBSE Framework 2 minutes
Why Integrated Model Based Systems Engineering (iMBSE) 2 minutes
Applying Siemens iMBSE Framework to Siemens Digital Innovation Platform 7 minutes
Object Oriented Systems Engineering 4 minutes
Object Process Methodology 4 minutes
ARCADIA 5 minutes
IBM Harmony SE 4 minutes
ALSTOM ASAP (Advance System Architect Program) 3 minutes
An Introduction to Modeling Languages 4 minutes
OPM Examples 4 minutes

9 readings Total 79 minutes

Siemens iMBSE Framework 8 minutes
Siemens Digital Innovation platform for integrated MBSE 16 minutes
Lesson References 3 minutes
An introduction to the MBSE Solution Methodology 6 minutes
IBM Rational Unified Process for System Engineering 15 minutes
NASA Jet Propulsion Laboratory’s State Analysis 5 minutes
Lesson References 5 minutes
OPM and OPL 16 minutes
Lesson References 5 minutes

1 assignment Total 30 minutes

Week 3 Quiz 30 minutes

Since you have been introduced to modeling languages, in Week 4 we will focus on SysML. You will learn about SysML versions and diagrams. You will examine the four pillars of SysML and its design workflow process. Finally we will compare SysML to OPM. Throughout our exploration we will apply these concepts to examples.

What's included

9 videos3 readings1 assignment

9 videos Total 44 minutes

An Introduction to SysML 3 minutes
An Overview of SysML Diagrams and Pillars 4 minutes
Modeling an Example Using SysML 9 minutes
OPM vs. SysML 5 minutes
SysML Adaptive Cruise Control Example 4 minutes
The Operational Analysis Phase 3 minutes
The System Requirement Analysis Phase 7 minutes
The Logical Architecture Definition Phase 4 minutes
The Physical Architecture Definition Phase 5 minutes

3 readings Total 33 minutes

A Review of SysML Diagrams 18 minutes
System Modeling Language Summary 10 minutes
Lesson References 5 minutes

1 assignment Total 30 minutes

Week 4 Quiz 30 minutes

In the final week of the course, you will be introduced to ARCADIA and Capella. You will learn more about system modeling tools. You will examine the MBSE solution ROI. To conclude this course, you will take a comprehensive exam on the key concepts that you have learned in the past five weeks.