Model-Based Systems Engineering with SysML Event Overview Modern engineer

Model-Based Systems Engineering with SysML Event OverviewModern engineering systems are becoming increasingly complex, involving interconnected hardware, software, mechanical components and operational processes. Traditional document-based systems engineering approaches can make it challenging to maintain consistency across requirements, architecture, design decisions and verification activities. Model-Based Systems Engineering (MBSE) provides a structured approach to systems engineering in which models are used to represent, analyse and communicate important aspects of a system throughout its development lifecycle. Systems Modeling Language (SysML) supports the modelling of system requirements, structure, behaviour and relationships, helping engineering teams establish a shared understanding of complex systems. This NobleProg hybrid event explores the principles of MBSE and SysML and their applications in systems architecture, requirements engineering and multidisciplinary product development. Participants can attend onsite in Andheri East, Mumbai, or join live online, with both attendance options running simultaneously.

Why Attend?Complex engineering projects require coordination across multiple disciplines, stakeholders and development stages. MBSE can support clearer communication, improved traceability and more consistent engineering models. This event explores how participants can:

• Understand the principles and benefits of Model-Based Systems Engineering.

• Explore the role of SysML in representing complex systems.

• Examine requirements modelling and traceability.

• Understand structural and behavioural modelling approaches.

• Explore relationships between system architecture and requirements.

• Consider model consistency, validation and verification.

• Identify opportunities to apply MBSE within engineering projects.

• Understand practical considerations when introducing model-based workflows.

Key Topics 1. Introduction to Model-Based Systems EngineeringExplore the foundations of MBSE and its role in modern systems engineering. Potential areas include:

• Document-based versus model-based approaches.

• Systems engineering lifecycle concepts.

• Models and engineering viewpoints.

• Stakeholder communication.

• Model consistency and traceability.

• Benefits and limitations of MBSE adoption.

2. Introduction to SysMLUnderstand the purpose of SysML as a systems modelling language. Explore how SysML can represent requirements, system architecture, behaviour and relationships between engineering elements. The specific modelling notation and examples will depend on whether the approved course uses SysML v1 or SysML v2.

3. Requirements Modelling and TraceabilityExplore how model-based approaches can support requirements engineering. Potential topics include:

• Stakeholder needs and system requirements.

• Requirement relationships.

• Requirements allocation.

• Traceability between requirements and design elements.

• Impact analysis.

• Requirements verification considerations.

4. System Structure and ArchitectureExamine how system models can represent the composition and organisation of complex systems. Potential areas include:

• System decomposition.

• Components and subsystems.

• Interfaces and relationships.

• Architectural viewpoints.

• Allocation of functions and responsibilities.

• Multidisciplinary system integration.

5. Behavioural ModellingExplore approaches for representing how systems operate and respond to events. Potential areas include:

• Activities and workflows.

• System interactions.

• States and transitions.

• Functional behaviour.

• Operational scenarios.

• Relationships between behaviour and architecture.

6. Parametric and Engineering AnalysisConsider how model-based approaches can represent engineering constraints and support system analysis. Potential topics include:

• Engineering parameters.

• Constraints and relationships.

• Performance considerations.

• Model-based analysis.

• Consistency between design assumptions and system requirements.

7. Verification, Validation and TraceabilityExplore how system models can support engineering reviews and the planning of verification and validation activities. Consider:

• Requirements coverage.

• Model consistency.

• Verification relationships.

• Design review.

• Change impact analysis.

• Model quality considerations.

8. MBSE in Complex Engineering ProjectsExplore potential applications of MBSE and SysML across engineering domains, including:

• Automotive systems.

• Aerospace and defence systems.

• Industrial automation.

• Robotics and mechatronics.

• Embedded and cyber-physical systems.

• Complex product development.

9. MBSE Tools and Engineering WorkflowsExamine how modelling environments can support system development activities. Potential areas include:

• Model organisation.

• Reusable model elements.

• Collaboration between engineering teams.

• Model repositories and version management.

• Integration with requirements and lifecycle management tools.

• Model governance and maintenance.

10. Planning MBSE AdoptionExplore how engineering organisations can evaluate MBSE adoption based on:

• Project complexity.

• Engineering objectives.

• Team capabilities.

• Modelling standards.

• Tool requirements.

• Integration with existing development processes.

• Model governance and long-term maintenance. These are proposed topic areas based on the event title. Final curriculum coverage, SysML version, modelling tools, demonstrations and practical exercises require confirmation against the approved course agenda.

Who Should Attend?This event is relevant to:

• Systems engineers

• Systems architects

• Requirements engineers

• Automotive engineers

• Aerospace and defence engineers

• Embedded systems engineers

• Industrial automation engineers

• Robotics and mechatronics engineers

• Product deve