Mastering SysML: Complete Course with Exercises & Whitepaper

Overcoming Complexity in System Design: Practical SysML Course with Exercises and Whitepapers

What you’ll learn
Understand how to capture, organize, and trace requirements to ensure they meet system goals.
Model system behaviors and interactions with activity, sequence, and state machine diagrams
Break down complex systems into manageable components with block definition and internal block diagrams
Use package diagrams to create a clear, organized model structure for large-scale projects
Develop skills in SysML through hands-on exercises, applying theory directly to practical examples.

Requirements
You don’t need any prior knowledge. I’ll explain everything from the beginning.

Description
SysML Fundamentals and Application: The Complete Course with Exercises and WhitepapersLearn the essentials of Systems Modeling Language (SysML) from an expert! In this comprehensive course, your instructor, with over 20 years of experience in business analysis and requirements engineering, guides you through every critical SysML diagram type.What to Expect in This SysML CourseThis hands-on course leverages practical examples to make complex topics easy to understand. Each chapter covers a specific type of diagram, allowing you to learn the application of SysML step by step. At the end of each section, a practical exercise is included to reinforce your learning—complete with a detailed solution.Course Highlights:Introduction to SysML: Discover the fundamentals and importance of SysML and understand how it simplifies the modeling process.Diagram Types: Each SysML diagram is explored in depth to provide a comprehensive toolkit for modeling.Extra: Whitepaper for Each Diagram TypeAt the end of the course, you will receive a whitepaper for each diagram type, summarizing the most important concepts for quick reference. These whitepapers serve as a handy resource to review essential information at any time.Course Content by Diagram TypeRequirement Diagram: Learn how to capture and manage system requirements, ensuring they align with business objectives.Use Case Diagram: Explore use cases to identify system interactions from an external perspective, highlighting how users engage with the system.Block Definition Diagram (BDD): Understand how to define system components, their properties, and their relationships.Internal Block Diagram (IBD): Delve into the internal structure of blocks and visualize the connections between system parts.Activity Diagram: Map out workflows and processes, showing control and data flow to model dynamic behavior.Sequence Diagram: Capture interactions in sequence to detail how system components communicate over time.State Machine Diagram: Track system states and transitions, showing how the system responds to events and changes.Parametric Diagram: Define mathematical relationships and constraints, ideal for engineering calculations and performance metrics.Package Diagram: Organize and manage the complexity of large systems by grouping elements into packages.Who Should Take This Course?This course is perfect for business analysts, engineers, project managers, and anyone seeking to use SysML as a tool for modeling system requirements and architectures. With a blend of theoretical insights, practical exercises, and whitepapers, this course offers valuable guidance for both beginners and advanced learners.Enroll now to gain in-depth SysML knowledge and prepare yourself for real-world application in your professional projects!

Overview
Section 1: Introduction

Lecture 1 Introduction to SysML: More than just a technical language

Lecture 2 Our project for this course: Modeling an online store with SysML

Section 2: Use Case Diagrams

Lecture 3 Overview: Use Case Diagram

Lecture 4 How do I identify relevant use cases?

Lecture 5 Basic building blocks of the use case diagram

Lecture 6 What does multiplicity mean in a use case diagram?

Lecture 7 How to optimally link use cases: generalization, include and extend explained

Lecture 8 Use Cases vs. Scenarios: What You Really Need to Know

Lecture 9 The use case specification: Your key to precise use cases

Lecture 10 How Detailed Should a Use Case Be? Finding the right level of detail

Lecture 11 When do I create use case diagrams in the project cycle?

Lecture 12 Exercise for UseCase Diagrams

Lecture 13 My solution to the use case diagrams task

Section 3: Requirements Diagram

Lecture 14 From use cases to requirements: Introduction to requirements diagrams

Lecture 15 Basic components of a SysML requirements diagram

Lecture 16 Requirement Typing: Functional vs. Non-functional Requirements

Lecture 17 Containment relationships: Structuring requirements

Lecture 18 Derive relationships: logical dependencies between requirements

Lecture 19 The Refine Relationship: Refine Requirements Using Other Diagram Types

Lecture 20 The Satisfy relationship: fulfilling requirements through model elements

Lecture 21 The verify relationship: validating requirements with test cases

Lecture 22 Trace relationship: The flexible but unspecific connection

Lecture 23 Notation Types: Direct, Compartment, and Callout Notation

Lecture 24 Rationales: Documenting Justifications and Decisions

Lecture 25 Exercise on the requirements diagrams

Lecture 26 My solution to the use requirements diagram task

Section 4: Block Definition Diagram

Lecture 27 Introduction to Block Definition Diagrams (BDDs): The Blueprint of Your System

Lecture 28 Blocks in BDDs: The Building Blocks of Your System

Lecture 29 Structural Properties: Part Properties in Detail

Lecture 30 Reference properties: What they are and how they differ from part properties

Lecture 31 Value Properties: The data holders in SysML blocks

Lecture 32 Constraints in SysML: Rules and boundaries for your system model

Lecture 33 Ports – The gateways to interaction

Lecture 34 Operations in SysML: How to model the behavior of blocks

Lecture 35 Receptions and signals: Asynchronous communication in the online store

Lecture 36 Generalizations – Bringing order to the blocks

Lecture 37 Dependencies in BDDs: When One Block Needs Another

Lecture 38 Actors in BDDs: The external players on your system stage

Lecture 39 Exercise on the Block Definition Diagram

Lecture 40 My solution to the use BDD task

Section 5: Activity Diagram

Lecture 41 Activity Diagrams: Mapping the Flow of Actions and Data

Lecture 42 Understanding actions in an activity diagram

Lecture 43 Control flows and tokens: how they control your processes

Lecture 44 Object Flow, Object Nodes and Pins: How Data Moves Between Actions

Lecture 45 Starting and Ending an Activity: Initial and Final Nodes

Lecture 46 Decision and Merge Nodes: Controlling Process Flow

Lecture 47 Fork and Join Nodes: Achieving Process Parallelism

Lecture 48 Activity Partitions: Organizing Responsibilities in Diagrams

Lecture 49 Call Behavior Actions: Reusable and Flexible Process Steps

Lecture 50 Send Signal Actions: Fire and Forget in System Modeling

Lecture 51 Accept Event Actions: Listening for Signals in Asynchronous Processes

Lecture 52 Wait Timer Action: Pausing Processes with Time-Based Control

Lecture 53 Exercise on the Activity Diagram

Lecture 54 My solution to the use Activity Diagram task

Section 6: Sequence Diagram

Lecture 55 Sequence Diagrams: Visualizing System Interactions

Lecture 56 Basic Elements of Sequence Diagrams: Lifelines, Messages, and Timelines

Lecture 57 Control Structures in Sequence Diagrams: Alternatives and Options

Lecture 58 Loops in Sequence Diagrams: Modeling Repeatable Processes

Lecture 59 Parallel Sequences: Increased efficiency through parallelization

Lecture 60 Execution Specifications: Defining Action Timelines in Sequence Diagrams

Lecture 61 Constraints: Time, Duration, and State Invariants

Lecture 62 Destruction Occurrences: Modeling the End of an Instance’s Lifespan

Lecture 63 Exercise on the Sequence Diagram

Lecture 64 My solution to the use Sequence Diagram task

Section 7: Internal Block Diagram

Lecture 65 Internal Block Diagram (IBD): Exploring the Internal Structure of Systems

Lecture 66 Part and Reference Properties: Understanding Block Components

Lecture 67 Connectors: Linking Parts, References and Systems

Lecture 68 Item Flows: Defining Data and Object Movement

Lecture 69 Nested Parts: Structuring Complex Systems

Lecture 70 Exercise on the Internal Block Diagram

Lecture 71 My solution to the use Internal Block Diagram task

Section 8: State Machine Diagram

Lecture 72 State Machines: Understanding System Behavior Over Time

Lecture 73 States in State Machines: Initial, Final, and Simple States

Lecture 74 Transitions: How Systems Change States

Lecture 75 Events: Triggers for State Transitions

Lecture 76 Guard Conditions: Controlling State Transitions

Lecture 77 Composite States: Organize complexity

Lecture 78 Pseudostates: Managing Complex Transitions

Lecture 79 Events, Guards, and Effects: Controlling Transitions in State Machines

Lecture 80 Exercise on the State Machine Diagram

Lecture 81 My solution to the use State Machine Diagram task

Section 9: Parametric Diagram

Lecture 82 Introduction to Parametric Diagrams: Detailing Constraints and Relationships

Lecture 83 Parametric Diagrams and BDDs: Linking Values and Constraints

Lecture 84 Key Elements of Parametric Diagrams: Constraint, Parameters, and Values

Section 10: Package Diagram

Lecture 85 Package Diagrams: Structuring and Organizing Your Model

Lecture 86 Logical Structure of Package Diagrams: Organizing and Connecting Packages

Lecture 87 Specialized Packages: Models, Libraries, Profiles, and Views

Lecture 88 Exercise on the Package Diagram

Lecture 89 My solution to the use Package Diagram task

Section 11: What’s next

Lecture 90 Last Words

Lecture 91 Bonus & Downloads

Business Analysts who want to efficiently capture and visualize requirements & systems,Project Managers who can benefit from modeling skills to enhance communication and decision-making.,Students and Beginners in System Design wanting to learn SysML from the ground up,Experienced Professionals aiming to expand their modeling skills through practical examples.

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