Model-Based System Engineering of space digital equipments in TAS / CCEL-I
Arsenio Leo, Gianluca Aranci
Thales Alenia Space engineers
Politecnico di Milano - this event will be online and organized by Microsoft Teams
June 5th, 2020
3.00 pm
Contacts:
Fabrizio Ferrandi
Research Line:
System architectures
Thales Alenia Space engineers
Politecnico di Milano - this event will be online and organized by Microsoft Teams
June 5th, 2020
3.00 pm
Contacts:
Fabrizio Ferrandi
Research Line:
System architectures
Abstract
On June 5th, 2020, at 3.00 pm, professor Fabrizio Ferrandi will host a remote presentation from two Thales Alenia Space engineers on "Model-Based System Engineering of space digital equipments in TAS / CCEL-I".
The abstract of the talk is the following:
The presentation will share the first experience of using and developing a Model-Based System Engineering (MBSE) methodology done in Competence Centre Electronics of Thales Alenia Space Italia S.p.A. in Gorgonzola (Milan) site. The scope of MBSE is to complement and extend the actual design & verification engineering practises of a complex space digital equipment made of interacting HW, FW & SW components, actually based on requirements engineering only. The objective is to get a more comprehensive description of the digital equipment by a structured SysML-based language in a dedicated TAS tool (Melody Advance / Capella) providing the so called “model”, with highlighted its functional exchanges and chains at several layers and with different viewpoints. The expected benefits are a more deep understanding of the dynamical interactions of components to which requirements are allocated and so a control of their coherency/consistency, definition and re-use of building blocks, the construction of scenarios that can be passed to the validation/testing phase to achieve a true “locked-to-architecture testing”.
The abstract of the talk is the following:
The presentation will share the first experience of using and developing a Model-Based System Engineering (MBSE) methodology done in Competence Centre Electronics of Thales Alenia Space Italia S.p.A. in Gorgonzola (Milan) site. The scope of MBSE is to complement and extend the actual design & verification engineering practises of a complex space digital equipment made of interacting HW, FW & SW components, actually based on requirements engineering only. The objective is to get a more comprehensive description of the digital equipment by a structured SysML-based language in a dedicated TAS tool (Melody Advance / Capella) providing the so called “model”, with highlighted its functional exchanges and chains at several layers and with different viewpoints. The expected benefits are a more deep understanding of the dynamical interactions of components to which requirements are allocated and so a control of their coherency/consistency, definition and re-use of building blocks, the construction of scenarios that can be passed to the validation/testing phase to achieve a true “locked-to-architecture testing”.