mbse

The growing demand for more environmentally sustainable products imposes new constraints and choices on system architects during the design phase. Traditionally, environmental performance trade-off analyses, such as Life Cycle Assessment (LCA), are carried out systematically outside of the Model-Based Systems Engineering (MBSE) workflow and nearly exclusively by LCA specialists, with no direct connection to system design decisions.

This webinar presents two projects from the University of Antioquia that apply a Model-Based Systems Engineering approach to space system development with Capella. Together, they illustrate how MBSE can support early design decisions, structure complex architectures and improve confidence in the feasibility of ambitious space missions.

1) MBSE Used for design and development of a PoC for a space simulation Vacuum Chamber by Paula Andrea García Suárez (Universidad de Antioquia)

As system architecture is central to developing complex systems, making Capella models accessible to all stakeholders is key to keeping every discipline aligned. This is especially true when working on traceability coverage or managing regulatory compliance, where teams need to view, manage and navigate links between model elements, requirements and test cases.

Capella Days, the annual event for the MBSE community of Capella and Arcadia practitioners, will take place online on 18-20 November 2025.

This year’s edition includes three sessions scheduled for the America and Europe time zones and a session scheduled for Europe & Asia-Pacific time zones.

In this webinar, we will share our journey integrating safety and reliability analyses within the Capella ecosystem through the development and application of ATICA. Designed as an addon to Capella and fully aligned with the ARCADIA methodology, ATICA enables seamless modelling and analysis workflows for engineers conducting Failure Hazard Analyses (FHA), Failure Mode and Effects Analyses (FMEA), and Fault Tree Analyses (FTA).

As system architecture plays a pivotal role in the development of complex systems, it is essential to make Capella models accessible to all stakeholders to ensure alignment across disciplines. These models should also be connected to change management tools and naturally integrated within the broader system engineering documentation.

In this webinar, you'll discover how to publish Capella models to a web server and establish bi-directional connections with Confluence and Jira:
- make Capella models easily accessible to teams and partners

This presentation is based on Horizon Europe Project Demo-BLog where the business needs where pre-defined, and the challenges focused on defining requirements at an abstract opportunity/problem space domain level for an automated renovation advice tool.

This presentation is based on Horizon Europe Project Demo-BLog where the business needs where pre-defined, and the challenges focused on defining requirements at an abstract opportunity/problem space domain level for an automated renovation advice tool.

Modern systems have become more and more complex, requiring the use of a wide range of tools to successfully manage their development. Considering this situation, seamless connectivity and interactions between those tools is of paramount importance to build a consistent and valuable digital thread.

This webinar explores advancements in System Modeling Workbench, focusing on aligning system models with product configurations, integrating operational analysis into the digital thread, and leveraging TcX support for efficient collaboration. It also highlights user experience improvements, including requirements display in diagrams, model validation to reduce publication errors, and enhanced role-based design access.

Presented by Albino Pereira, Software Development Manager (Siemens Digital Industries Software)