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Скачать или смотреть Reverse-engineering a Space Mission to Mars with Capella | Politecnico di Milano | CapellaDays2022

  • Eclipse Capella - Open Source MBSE Solution
  • 2022-12-13
  • 1295
Reverse-engineering a Space Mission to Mars with Capella | Politecnico di Milano | CapellaDays2022
mbsesystems engineering
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Описание к видео Reverse-engineering a Space Mission to Mars with Capella | Politecnico di Milano | CapellaDays2022

Interplanetary Space Mission as a reverse-engineering background for the Capella environment.

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Presented by: Emanuele Tomassi, Davide Bellicoso & Riccardo Rambaldi from Politecnico di Milano during Capella Days 2022
Slides: https://bit.ly/capelladays2022_Polite...
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Systems engineering is an iterative approach traditionally applied one-way, from the definition of the user needs to the implementation of a solution that satisfies certain requirements and is constrained by cost and schedule. This presentation instead aims at exploring the educational benefits of applying the opposite practice, thus retrieving system and subsystem level requirements based on a solution already implemented and taking advantage of the MBSE possibilities to realize a model of the system according to the ARCADIA method and systems engineering approach, using the Capella MBSE Tool. This reverse-engineering process has been applied to a renowned Space mission, the ESA Mars Express satellite, whose goal is to investigate all aspects of the martian environment, including the subsurface, surface and atmosphere of the planet, in order to search for evidence of extinct or extant life. The uppermost goal of this project is to demonstrate the benefits for university students at a Master's level keen on systems engineering in implementing the Capella tool to retrieve the system architecture and the operational processes in a "reversed" strategy. In this work, students have been compelled to apply systems engineering processes to justify the design choices and exploit the already well-known missions and capabilities to build the architecture and functional chains as a starting point for the reverse engineering of the identified subsystems. The results prove it is possible, and also recommendable time-wise, to teach Space engineering and Systems engineering students by using this inverse approach, rather than the canonic one in which students have to design a whole mission from scratch.
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