Model-Based Systems Engineering with Capella applied to hands-on student space robotics challenges.
Thursday, February 26th, 2026 | 9AM Paris (CET)
Register now!
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.
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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...
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Model-Based Systems Engineering with Capella applied to hands-on student space robotics challenges.
Thursday, February 26th, 2026 | 9AM Paris (CET)
Register now!
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...
Integrating environmental criteria and trade-off analysis directly into Capella to inform early system design decisions.
Thursday, February 12th, 2026 | 5PM Paris (CET)
Register here!
This webinar shows how environmental analysis can be brought into the MBSE workflow using the Ecodesign for Capella add-on. Traditionally, life cycle and environmental trade-off assessments are done outside system models and too late to influence architecture. The session explains how architects can use Capella with built-in environmental criteria and trade-off features to assess impacts within their usual modeling environment. A practical use case on a drone inspection product line illustrates the approach, its benefits, and lessons learned.
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Presented by:
Thibault MontigaudLGM
Thibault Montigaud joined LGM in 2016 after graduating with a degree in Industrial Risk Management from INSA Centre Val de Loire in Bourges and a degree in Automation from the University of Orléans. Cur...
Sirius Web 2025.12: Another Step Toward a Smoother Experience
Here’s what’s new in this version:
Better Diagrams, One Iteration at a Time
A More Modern Navigation and Search Experience
Sirius Web Now Speaks Multiple Languages
Progress on Project Management
Discover the full blog post....
Capella for Space Systems Design
Watch the Replay - Thursday, January 22nd, 2026 | 5PM Paris (GMT 1:00)
Join us for a new Capella Webinar dedicated to space systems engineering, featuring two projects from the University of Antioquia that illustrate how MBSE can support early design decisions, structure complex architectures, and improve confidence in the feasibility of ambitious space missions.
The session will cover:
The design and development of a proof of concept for a modular vacuum chamber to simulate space like conditions.
The conceptual design of a space based observatory for Near Earth Object (NEO) detection.
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Presented by:
Paula Andrea García SuárezUniversidad de Antioquia
Aerospace Engineer specialized in systems and project design for space applications. Experienced in MBSE, requirements engineering, and prototype development. Skilled in CAD modeling, mission analysis, and hands-on work in laboratory, workshop, and multidisciplinary environ...
