Introduction to the Fundamentals of

Model-Based Systems Engineering

How to upload your work?

- Gather all files (SysML model + ChatGPT conversation/Activity model + Rapport de pratique) in a folder named "GRPX-NAME_STUDENT1-NAME_STUDENT2..." with X the number of your group
- Make a Zip file
- Upload the Zip file to the right folder in the section "Assignment/Travaux"

Deadline to submit your work: The Zip file must be uploaded before the next session

Syllabus

07/02 AM – Introduction to Systems Engineering, Focus on Systems Architecting (Slides)

  - 08h15-09h45 – Lecture introduction to Systems Engineering, focus on Systems Architecting

  - 09h45-12h15 – Crash test exercise Systems Engineering paper/pencil « hair dryer system »

07/02 PM – Introduction to Model-Based Systems Engineering, Focus on Model-Based Systems Architecting (Slides)

  - 13h30-15h00 – Lecture introduction to Model-Based Systems Engineering, focus on Model-Based Systems Architecting

  - 15h00-17h30 – Crash test exercise Model-Based Systems Architecting paper/pencil « hair dryer system »

06/03 PM – Toolkit Introduction, Training, and Application (Instructions ChatGPT, Instructions Modèle d'Activité)

  - 13h30-15h00 – Toolkit introduction and training

  - 15h00-16h45 – Toolkit application

  - 16h45-17h30 – Data collection procedure

07/03 AM – Needs Definition (Slides, Tuto, BIRD Robot input data, Rapport de pratique)

  - 08h15-09h15 – Lecture (SE) needs definition

  - 09h15-10h15 – Tutorial (MBSE) modelling for needs definition

  - 10h15-12h15 – Application case study (15’ Break + 1h30 case study + 15’ Questionnaire)

08/03 AM – System Requirements Development and Validation (Slides, Tuto, BIRD Robot input data, Rapport de pratique)

  - 08h15-09h15 – Lecture (SE) system requirements development and validation

  - 09h15-10h15 – Tutoriel (MBSE) modelling for system requirements development and validation

  - 10h15-12h15 – Application case study (15’ Break + 1h30 case study + 15’ Questionnaire)

13/03 PM – System Logical Architecture Design & Subsystem Functions Definition (Slides, Tuto, BIRD Robot input data, Rapport de pratique)

  - 13h30-14h30 – Lecture (SE) system logical architecture design and subsystems functions definition

  - 14h30-15h30 – Tutorial (MBSE) modelling for system logical architecture design and subsystems functions definition

  - 15h30-17h30 – Application case study (15’ Break + 1h30 case study + 15’ Questionnaire)

14/03 PM – Subsystem Requirements Development and Validation (Slides, Tuto, BIRD Robot input data, Rapport de pratique)

  - 13h30-14h30 – Lecture (SE) subsystem requirements development and validation

  - 14h30-15h30 – Tutorial (MBSE) modelling for subsystem requirements development and validation

  - 15h30-17h30 – Application case study (15’ Break + 1h30 case study + 15’ Questionnaire)

Assignment 1: BIRD Project - Deadline: 24/03/2024