Introduction to the Fundamentals of

Model-Based Systems Engineering, Focus on Systems Architecting

Lecture notes are available online (not mandatory to read it, but it's highly recommended)

Syllabus

17/10/2024 – Introduction to Systems Engineering, Focus on Systems Architecting

  - 13h30-15h00 – Lecture introduction to Systems Engineering, focus on Systems Architecting (Lecture Notes)

  - 15h00-15h15 – Break

  - 15h15-16h30 – Crash test Systems Engineering « Electrical Toothbrush System » exercise using paper/pencil

  - 16h30-16h45 – Break

  - 16h45-17h30 – Debrief of the crash test Systems Engineering « Electrical Toothbrush System » exercise 

22/10/2024 – Introduction to Model-Based Systems Engineering, Focus on Model-Based Systems Architecting 

  - 08h30-09h45 – Lecture introduction to Model-Based Systems Engineering, focus on Model-Based Systems Architecting (Lecture Notes)

  - 09h45-10h30 – Tutorial Model-Based Systems Engineering using Catia Magic and SysML - PART 1 (Lecture Notes, IP: 195.83.78.42, Port:1101)

  - 10h30-10h45 – Break

  - 10h45-12h30 – Tutorial Model-Based Systems Engineering using Catia Magic and SysML - PART 2 (Lecture Notes, Recorded Catia Magic Tutorial Video)

21/11/2024 – Needs Definition 

  - 13h30-14h45 – Lecture (SE) needs definition (Lecture notes)

  - 14h45-15h00 – Introduction to the BIRD Robot case study and objectives of the project (Catia Magic custom project)

  - 15h00-15h15 – Break

  - 15h15-17h30 – Needs definition and modelling for the BIRD Robot case study

16/12/2024 – System Requirements Definition

  - 13h30-15h00 – Lecture (SE) requirements definition and validation

  - 15h00-15h15 – Break

  - 15h15-17h30 – System requirements definition and modelling for the BIRD Robot case study

22/01/2024 – System Architecture Definition

  - 08h30-09h45 – Lecture (SE) subsystem development (system architecture definition, subsystems function definition, and subsystems requirement definition)

  - 09h45-10h00 – Break

  - 10h00-12h30 – System architecture definition (at least 2 alternatives) and modelling for the BIRD Robot case study

20/02/2024 – Subsystem Function and Requirements Definition

  - 13h30-15h30 – Subsystem function definition and modelling for the BIRD Robot case study

  - 15h30-15h45 – Break

  - 15h45-17h30 – System requirements definition and modelling for the BIRD Robot case study

26/03/2024 – Subsystem Requirements Definition and Validation

  - 13h30-15h00 – 3 persons will present their work

  - 15h00-15h15 – Break

  - 15h15-17h30 – Last improvements of the model and/or report based on feedback

Assignment 1: BIRD Project - Deadline: 04/04/2024
- Gather your SysML model + Report in a folder named "NAME_STUDENT1-NAME_STUDENT2..."
- Make a Zip file
- Upload the Zip file to the right folder in the section "Assignment/Travaux"