Analyse Fonctionnellesciences Appliquées et Industrielles 4 (STPI)
Functional Analysis
Teaching unit Applied and Industrial Sciences 4
6ECTS (EU)
2Coefficient
24:00Hours
Séquencement
Learning objectives
- Mastering Functional Analysis (FA) through methodologies and formalisms commonly used in industry.
- Introduction to SysML Language for Functional Analysis in Systems Engineering (IS).
Program
Part 1: Functional Analysis
- Areas of use of functional analysis.
- Functional expression of need and duality Need - Product.
- Service and technical functions, constraints.
- The characteristics of a function.
- External Functional Analysis: Methodology, Tools.
- "Internal" functional analysis: Methodology, Tools.
- The Cahier des Charges Functional (CdCF).
Part 2: System Engineering and SysML Language
- Model-based IS objectives.
- Functional and structural diagrams.
- Behavioural diagrams and use for simulation and/or validation.
- Links between AF and SysML.
Assessment
A final review of a case study.
References
- R. Tassinari, Practice of Functional Analysis, Dunod, 2003.
- G. Delafollie, Value Analysis, Hachette Technique, 1991.
- J. Chevallier, Products & Value Analysis, Cepadues éditions, 1989.
- Standards: X50-100, FD X50-101, X50-150, X50-1510, X50-152, X50-153, AFNOR.
- Pascal Roques, Complex Systems Modeling with SysML, Eyrolles, 2013.
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C_1_2 | define | functions of a system from need | 3 |
| C_1_4 | implement | a functional analysis approach | 3 |
| C_1_4 | implement | a system engineering approach | 3 |