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synopsis

Unlock the future of systems engineering with our immersive Model-Based Systems Engineering (MBSE) course. Over four intensive days, you'll dive deep into the core principles, methodologies, and tools of MBSE, equipping you with the skills and knowledge to lead the way in complex engineering projects. From requirements capture to system architecture design, verification, and validation, you'll master the art and science of MBSE. Real-world case studies and hands-on exercises will empower you to apply MBSE effectively, communicate your insights, and advance your engineering career.


You can attend this course in one of the following formats: 

  1. instructor-led training in a live, virtual classroom,
  2. e-training (on-demand),
  3. instructor-led training in a live classroom, and
  4. blended (on-demand and live sessions).

you will learn how to

At the end of this course, you should be able to:

  • Gain a comprehensive understanding of the principles, methodologies, and tools of Model-Based Systems Engineering (MBSE).
  • Develop proficiency in creating clear and accurate system models using modelling languages such as SysML and UML.
  • Master the techniques for capturing, documenting, and managing system requirements within an MBSE framework.
  • Acquire the skills to model, simulate, and analyze system behaviour, aiding in the design and optimization of complex systems.
  • Demonstrate expertise in using MBSE for the rigorous verification and validation of system behaviour and compliance with requirements.
  • Collaborate effectively within multidisciplinary teams engaged in MBSE projects, facilitating smoother project execution.
  • Integrate MBSE seamlessly into existing systems engineering processes and workflows.
  • Apply MBSE techniques to real-world case studies and engineering challenges, gaining practical experience.
  • Enhance the ability to communicate and present MBSE results persuasively to stakeholders, fostering effective decision-making.
  • Be prepared for enhanced career prospects in fields where MBSE is critical to systems engineering practice.
  • This course uses digital materials.

audience

We designed the "Model-Based Systems Engineering (MBSE)" course to cater to a diverse audience of professionals, engineers, and individuals who aim to deepen their understanding and proficiency in MBSE. The course is particularly beneficial for the following groups:

  • Systems Engineers: Systems engineers looking to enhance their knowledge and skills in MBSE to effectively model, analyze, and manage complex systems.
  • Software Engineers and Developers: Software professionals seeking a comprehensive understanding of MBSE to align software systems with broader system architecture.
  • Project Managers: Project managers and team leaders responsible for overseeing projects where MBSE is applied to optimize project outcomes.
  • Business Analysts: Business analysts interested in understanding how MBSE can be used to capture and manage system requirements effectively.
  • Quality Assurance Specialists: Quality assurance professionals aiming to leverage MBSE for more rigorous verification and validation of system behaviour.
  • Cross-disciplinary Professionals: Professionals from various fields (e.g., aerospace, automotive, healthcare, defence) where MBSE plays a crucial role in system design, analysis, and management.
  • Engineering Students and Graduates: Engineering students, recent graduates, and aspiring systems thinkers looking to build a strong foundation in MBSE principles and practices.
  • Systems Architects: Systems architects who need to expand their skill set and enhance their ability to design and communicate complex systems.
  • Anyone Interested in Systems Engineering: Individuals from diverse backgrounds interested in understanding how MBSE can improve problem-solving and decision-making in complex systems.

We designed this course to accommodate learners with various experience levels and backgrounds. It provides introductory and advanced content, ensuring participants can apply MBSE principles and tools effectively within their respective domains and industries.

OUTLINE

  • MODULE 1: INTRODUCTION TO MODEL-BASED SYSTEMS ENGINEERING(MBSE)

    At the end of this module,  you should be able to:

    1. Define the concept of Model-Based Systems Engineering (MBSE) and its importance in modern systems engineering.
    2. Explain the core principles and benefits of MBSE.
    3. Identify the key roles MBSE plays throughout the systems engineering lifecycle.

  • MODULE 2: SYSTEMS MODELING LANGUAGES AND TOOLS

    At the end of this module, you should be able to:

    1. Compare and contrast different modelling languages, such as SysML and UML, used in MBSE.
    2. Utilize modelling tools to create system architecture diagrams and models.
    3. Select appropriate modelling languages and tools based on project requirements and constraints.

  • MODULE 3: REQUIREMENTS AND BEHAVIOR MODELING

    At the end of this module,  you should be able to:

    1. Create requirements models to capture and manage system requirements effectively.
    2. Develop behaviour models to simulate and analyze system functionality.
    3. Establish traceability links between requirements and behaviour models.

  • MODULE 4: SYSTEMS ARCHITECTURE AND DESIGN

    At the end of this module, you should be able to:

    1. Construct system architecture models that accurately represent system structure.
    2. Apply modelling techniques to support system design and optimization.
    3. Analyze system architectures to ensure feasibility and efficiency.

  • MODULE 5: VERIFICATION AND VALIDATION IN MBSE

    At the end of this module, you should be able to:

    1. Implement verification and validation processes using models to ensure system compliance with requirements.
    2. Conduct model-based testing and simulation to validate system behaviour.
    3. Ensure that systems meet specified requirements and maintain quality standards.

  • MODULE 6: COLLABORATIVE MBSE AND TEAM INTEGRATION

    At the end of this module, you should be able to:

    1. Collaborate effectively with multidisciplinary teams in MBSE projects.
    2. Integrate MBSE into existing systems engineering processes and workflows.
    3. Manage version control and configuration management within MBSE environments.

  • MODULE 7: CASE STUDIES AND PRACTICAL APPLICATIONS

    At the end of this module, you should be able to:

    1. Analyze real-world MBSE case studies from various industries and domains.
    2. Apply MBSE techniques to address complex engineering problems and challenges.
    3. Present and communicate MBSE results persuasively to stakeholders.

Model-Based Systems Engineering (MBSE) FAQs

  • What background do I need for this course?

    No XXXX experience is required. 

  • Is the on-demand content the same as the 5-day instructor class?

    The content and concepts are very similar. We designed the on-demand class to be suitable for a digital, self-study format.

  • What will I receive in the self-study, interactive course?

    At the end of this course, you will receive: 


    • 32 hours of content,
    • a printable student guide, 
    • interactive video lessons with personalized navigation,
    • instructor email support,
    • a student discussion board where you can engage and chat with other students,
    • interactive games, 
    • Interactive learning assessments, and
    • practice exams.

  • How will I access my course materials if I choose on-demand method?

    When we receive the payment, you will receive an email from INDENTRA LTD. with all the links and information you need to get started.

  • How can I sign up for a review session or an Instructor-led version of this course?

    Once you enroll in the course, INDENTRA LTD will send you an email with the specific details and dates.

  • How to schedule my instructor-led training?

    At any time, you may call or email our customer service team for assistance in enrolling in the event date of your choice. Alternatively, you can choose to use the online scheduling feature.

Model-Based Systems Engineering (MBSE) Reviews

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