Ingénierie systèmesEA: Systèmes avancés 1 (MRI)
Séquencement
Learning objectives
System engineering (IS) is a methodological approach to mastering the design of complex systems and products. The practices of this approach are now listed in standards, produced using methods and supported by tools. This module proposes the implementation of ISBM techniques
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Electronic Components | Engineering Sciences 5 | S5 |
| Structural Mechanics | Engineering Sciences 5 | S5 |
| Industrial Sensors | Engineering Sciences 6 | S6 |
| Industrial Electrical Engineering | Engineering Sciences 6 | S6 |
Program
Introduction on the problem of system engineering and model-led system engineering , Presentation of the SYSML language Appreciation and analysis of need Modeling perspective: mission of the system Modelling of functional and non-functional requirements, Perspective modelling: functional architecture Activity diagram Sequence diagram
Perspective modelling: organic architecture
BDD and IBD and their interactions
Dynamic modelling, state diagram
behaviour analysis
Traceability of requirements between modelling elements.
Introduction to multi-physical modelling
Assessment
Continuous monitoring and project ( coefficient 50/50 )
References
Pollet Yann, "Systems, architectures, integration - Practice of system and software integration with Sysml", Ellipes, ISBN: 9782340014862
Roques Pascal, "Modeling complex systems with SysML", Eyrolles, ISBN 97822212136418
Skills
2| Ref. | Verb | Description | Level |
|---|---|---|---|
| C1_2 | analyze | analyze different views to validate a complex system model | 3 |
| C3_1 | design | design and perform system modelling to study system performance | 3 |