Ingénierie système

Systems engineering

Description: This course introduces the engineering of complex systems, with an emphasis on modern modeling and simulation approaches. It uses the MBSE (Model-Based Systems Engineering) methodology to guide system design throughout the lifecycle. Students gain hands-on experience with SysML to formalize some aspects of the requirements, functions, and structures. Complementary paradigms are also explored, including multi-agent modeling (NetLogo) for emergent behaviors and cyber-physical system modeling (OpenModelica) for simulating physical components and their interactions with control systems. An introduction to the FMI standard covers co-simulation of heterogeneous models. Finally, a presentation from AFIS and a professional testimonial illustrate the role of systems engineers in industry and the practical use of digital twins.

Learning outcomes: By the end of this course, students will be able to formulate the relevant questions for system design, particularly regarding modeling aspects, and outline possible solutions.

Evaluation methods: Multiple-choice questions and case study (1.5 hours)

Evaluated skills:

  • Modelling

Course supervisor:

  • Virginie Galtier

Geode ID: SPM-HEP-017

CM:

  1. Introduction à l’ingénierie système (définitions, historique, motivations, concepts système) (2.0 h)
  2. MBSE (définitions, évolution, cycles de vie, interfaces, processus, exigences, V&V (2.0 h)
  3. Introduction à SysML (1.0 h)
  4. modélisation et simulation à base d’agents (1.0 h)
  5. modélisation de systèmes cyber-physiques et co-simulation (1.0 h)
  6. AFIS (2.0 h)
  7. Jumeaux Numérique (2.0 h)

TP:

  1. familiarisation avec un logiciel de modélisation SysML, mise en évidence des liens entre diagrammes (3.0 h)
  2. modélisation et simulation à base d’agents (3.0 h)
  3. modélisation de systèmes cyber-physiques et co-simulation (3.0 h)