On June 11, 2026, at 5:00 PM CEST, join this Capella webinar:       In many industrial projects, the full potential of MBSE remains underexploited: models are rich, but often too complex to be accessible to all project stakeholders. In this webinar, discover MBSE Vision 360, a solution developed by LGM to address this challenge. This Capella add-on is designed to democratize access to and understanding of MBSE models: make models accessible to non-specialists through simple, direct interfaces to key information (KPIs, links, interfaces) for project managers, equipment managers, suppliers, and domain experts, improve model quality with advanced capabilities for semantic review, consistency analysis, and traceability. This approach enables: better circulation of technical information, improved requirements coverage, faster decision-making, and an overall increase in MBSE maturity across organizations"   Ulysse Audren de Kerdrel (LGM)Ulysse Audre...

Webinar in Mandarin: Practice in COMAC to Conduct MBSA in Avionics System Based on Capella   Watch the replay of this Capella Webinar held on May 12, 2026.     This webinar explores how COMAC, a leading civil aircraft manufacturer, extends Capella to support MBSA activities in compliance with ARP4761. Key topics include defining failure conditions within models, modeling failure propagation, automatically generating fault trees, and leveraging minimum cut set results to perform advanced safety analyses.  ***  Presented by: Hu PoCOMAC Hu Po serves as the Safety Engineer at COMAC, where he has been extensively involved in the safety assessment processes for the C919 and C929 aircrafts. He has also led the IMA cascading effect analysis for the C929. He is committed to advancing the development and implementation of MBSA within China's civil aviation industry.     Renfei XuPGM Renfei Xu is the Technical Director of MBSE from PGM. He...

Capella in Transport and Infrastructure Projects    Watch the replay of this Capella Webinar held on April 21, 2026.       Capella brings strong value to transport and infrastructure projects through the ARCADIA framework, enabling clear system modelling with Physical Architecture Nodes, Behavioural Components, and Functional Chains. Its REC/RPL paradigm allows efficient scaling of models with repeated elements, while exchanges naturally reflect logical and physical interfaces. Combined with document generation capabilities, Capella supports consistent and scalable production of interface documentation and project artefacts. ***  Presented by: Tim CarterClarity SE Tim Carter is a professional engineer with 25+ years of experience with complex systems engineering. Tim is a Principal Systems Engineer and experienced engineering leader at the corporate, business unit, programme, and project levels. Tim's systems engineering experience covers the ...

How-to Model a Logical Architecture with Capella Watch the replay of this webinar held on March 23, 2026.     While it is easy to conceptualise the final synthesised physical architecture and the black-box system analysis, logical architectures, by their nature, are abstract and more open to interpretation. In this presentation, Tim Carter will explore a number of different interpretations of the ARCADIA logical architecture and in which scenarios they may be useful in achieving modelling goals and adding value. ***  Presented by: Tim CarterClarity SE Tim Carter is a professional engineer with 25+ years of experience with complex systems engineering. Tim is a Principal Systems Engineer and experienced engineering leader at the corporate, business unit, programme, and project levels. Tim's systems engineering experience covers the breadth of defence, transport, and infrastructure projects. Tim is experienced in rolling out MBSE approaches to engineering organ...

MBSE for Two Student Space Robotics Projects Watch the replay of this webinar held on February 26, 2026.     In this webinar, student teams from two aerospace projects explain how they used Capella and the Arcadia MBSE method to structure complex space robotics designs, improve collaboration and reduce risks under tight academic constraints. The session covers the Sydney Interplanetary Rover Initiative’s MBSE framework for a lunar rover and ISAE Supaero’s transition from spreadsheets to Capella to build both a rover and a drone within a year. ***  Presented by: Kaylee LiSydney Interplanetary Rover Initiative Kaylee is the Founder & Project Lead of the Sydney Interplanetary Rover Initiative, SGAC Asia-Pacific Regional Executive Secretary, and the PR & Communications Team Lead for the Space Generation Congress 2025. She has worked across both defence and commercial space sectors, contributing to projects ranging from the multibillion-dollar JP9102 satel...