Systems Modeling Language (SysML) Self-Paced

Systems Modeling Language (SysML) Self-Paced Training by Tonex

This self-paced Systems Modeling Language (SysML) Fundamentals Training by Tonex provides a comprehensive understanding of SysML, a powerful modeling language designed for complex systems engineering. Participants will gain hands-on experience in utilizing SysML to model, analyze, and design systems effectively.

The Systems Modeling Language (SysML) Fundamentals Self-paced training offered by Tonex is a comprehensive and flexible learning experience designed for individuals in the realm of systems engineering. This course delves into the essential principles of SysML, a robust modeling language tailored for intricate systems.

Participants gain hands-on expertise in utilizing SysML to model, analyze, and design complex systems efficiently. Covering key SysML diagrams, requirements capture, system architecture, and integration with other engineering disciplines, this self-paced program caters to both beginners and seasoned professionals.

With practical insights and real-world applications, learners acquire a solid foundation in SysML, empowering them to enhance their systems engineering capabilities.

In recent advancements in Systems Modeling Language (SysML), emphasis has been placed on enhancing collaborative modeling capabilities and interoperability. The latest iterations of SysML introduce improved support for model exchange standards, fostering seamless integration with other modeling languages.

Additionally, there is a heightened focus on extending SysML’s capabilities in handling complex cyber-physical systems, enabling more comprehensive representation and analysis. New features also address scalability concerns, facilitating the modeling of large-scale systems with greater efficiency.

Furthermore, advancements in tool support offer a more user-friendly experience, empowering engineers to navigate and manipulate SysML models with enhanced ease and precision, ultimately contributing to more effective and streamlined systems engineering processes.

Learning Objectives:

• Learn the fundamentals of Systems Modeling Language (SysML).
• Master the key SysML diagrams for system architecture and design.
• Apply SysML to capture and analyze system requirements.
• Gain proficiency in using SysML for system verification and validation.
• Explore the integration of SysML with other engineering disciplines.
• Develop practical skills in utilizing SysML for efficient system documentation.

Target Audience: This course is ideal for systems engineers, software architects, project managers, and anyone involved in the design and development of complex systems.

It is suitable for both beginners seeking a foundational understanding of SysML and experienced professionals looking to enhance their modeling skills.

• Systems Engineers:Seeking a foundational understanding of SysML to enhance their modeling and design skills in the context of complex systems.
• Software Architects:Interested in utilizing SysML for improved collaboration and communication in software-intensive systems.
• Engineering Professionals:Involved in the design and development of complex systems, aiming to leverage SysML for comprehensive modeling and analysis.
• Technicians New to SysML:Individuals with little or no prior experience in SysML, seeking to acquire essential skills for efficient systems modeling.

Course Modules:

Module 1: Introduction to SysML

• Overview of Systems Engineering and MBSE
• SysML in the context of model-based systems engineering (MBSE)
• Document-centric Systems Engineering (SE) vs. Model Based Systems Engineering (MBSE)
• Introduction to Systems Modeling Language
• Importance of SysML in Systems Engineering
• Key concepts and principles of SysML

Module 2: SysML Diagrams Overview

• Use Case Diagrams in SysML
• Requirements Diagram
• Block Definition Diagrams (BDD)
• Internal Block Diagrams (IBD)
• Sequence Diagram
• State Machine Diagrams in SysML
• Activity Diagrams for System Processes
• Parametric Diagrams for System Parameters

Module 3: SysML for Requirements Capture

• Understanding system requirements in SysML
• Creating Requirement Diagrams
• Allocating requirements to system components
• Verifying and validating requirements using SysML

Module 4: System Architecture and Design with SysML

• Creating Block Definition Diagrams (BDD)
• Developing Internal Block Diagrams (IBD)
• Modeling system components and their relationships

Module 5: Verification and Validation with SysML

• Utilizing SysML for system testing
• Model-based verification techniques
• Validation processes and best practices
• Incorporating feedback into SysML models

Module 6: Integration with Other Engineering Disciplines

• Collaborating with software engineering using SysML
• SysML and hardware design integration
• Managing interdisciplinary dependencies in SysML models

Hands-on Activities

Instructors will work with the students using Teams to complete these workshops as needed asynchroniusly.

Module 7: Creating Selected SyML Diagrams with a Simple Project – Part 1 (Instructors will work with students as needed to complete these workshops after the training as needed)

• • pkg :package diagram
  • uc :use case diagram
  • req :requirements diagram
  • bdd:block definition diagram
  • ibd:internal block diagram

Module 8: Creating Selected SyML Diagrams with a Simple Project – Part 2

• • sd:sequence diagram
  • stm:state machine diagram
  • par :parametric diagram
  • act :activity diagram