About the WEBINAR: REQUIREMENTS ENGINEERING IN CONTEXT OF MODEL BASED SYSTEMS ENGINEERING
Multiple studies have shown that more than half of all the errors in systems development originate from missing, ambiguous, or incorrect requirements. The cost of fixing these errors increases exponentially after the system is in development or implementation, therefore it is important to try to catch these errors during the Requirements Development phase.
This session will present how the 3DEXPERIENCE platform can be used to manage requirements engineering in context of model-based systems engineering (MBSE)
This session will cover:
- How 3DEXPERIENCE enables Requirements Engineering by bringing together the iterative and interleaving activities of Requirements Development and Requirements Management facilitated by integrated Requirements Planning and Requirements Traceability.
- The rigour that can be built into the Requirements Development process leveraging the integrated model-based capabilities from No Magic and Requirements in Loop simulation from Argosim to combat the problem of Requirements errors.
Related Content
Introduction to Model-Based Systems Engineering (MBSE)
This whitepaper will introduce you to Model-Based Systems Engineering (MBSE), explain the benefits of implementation, and what organizations need to consider before embarking on their journey.
Modernizing the Defense Industry: Core Areas for Development
Nations worldwide invest heavily in advanced, sustainable, and adaptable solutions to counter evolving threats. This article delves into the crucial development areas that will shape the future of defense and ensure a more secure world.
Moving toward a Model-Based Approach for Zero-Emission Shipping
Maritime shipping accounts for 90% of world trade and nearly 3% of global emissions, making the push for zero-emission shipping critical. This blog explores how a Model-Based approach, including technologies like MBSE and MODSIM, can guide this vital transition. Discover how to navigate the complexities of sustainability in the shipping industry through Model-Based Systems Engineering.