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UE System Engineering : Implementation - 3GUC1400

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  • Number of hours

    • Lectures : 24.0
    • Tutorials : 30.0
    • Laboratory works : 30.0
    • Projects : -
    • Internship : -
    • Written tests : 2.0
    ECTS : 6.0
  • Officials : Aurelie MORIN


At the end of the course, students will know:
• How to implement the first elements of a functional analysis of a product.
• The different technological components included in products, the manufacturing technologies
and their implication in design.
• How to produce a functional analysis of a simple product.
• How to produce CAD models of parts and how to assembly.
• How to design a simple product and to model it in a CAD tool.


• Notion of life cycle and design methods
• Functional analysis: principles and tools
• Simple structures of mechanical devices (guideways, connections, manufacturing technology,
assembly, sealing)
• Description of simple production processes (foundry, smithy, injection, welding)
Different activities are set up in groups of about 16 students:
• Learning about CAD software, CAD modelling (3 hours)
• Mechanism analysis: assembly and disassembly of mechanical and/or electromechanical
• Mechanisms studied: tram pump, jig-saw
• Analysis of design choices and presentation of a study report
• Validation of functional requirements by testing products
• Analysis of product performance and presentation of a study report
Design project : suggest a product modification in order to meet new requirements


Skills acquired in the Industrial Sciences: Mechanics course in S1 as well as IFIS course in S1.
Solid mechanics.
Material resistance.
Engineering physics (from preparatory classes which take place prior to entering an
Engineering school)


Practical work (TP) and tutorial work (TD) : presentations, Multiple Choice Questions, study
report, CAD Models, homework, mini project.
E1 = Final written exam from 1st exam period
E2 = Written or oral exam from 2nd exam period
N1 = Final mark from 1st exam period
N2 = Final mark from 2nd exam period

N1 = 0,5*TP + 0,5*E1
N2 = E2


The course exists in the following branches:

  • Curriculum - Engineer student Bachelor - Semester 6
see the course schedule for 2021-2022

Additional Information

Course ID : 3GUC1400
Course language(s): FR

You can find this course among all other courses.


Techniques de l'ingénieur :
Traité mécanique, Traité Génie Industriel Conception et production, traité de matériaux
Introduction à la conception de produit, règles de conception
Dejean, P.-H. (2007). "Introduction à la conception de produit." Techniques de l'ingénieur Génie
Industriel Conception et production (conception de produit ref AG2000).
Pahl and Beitz (2006). Engineering design 3rd Edition, Springer.
Ruef, B. (2005). "Intégrer la sécurité à la conception des produits de grande consommation."
Techniques de l'ingénieur génie Industriel conception et production (méthodes/outils à la
disposition des études AG2420).
Anselmetti, B. (2007). Bases de la cotation fonctionnelle, Hermes.
Anselmetti, B. (2007). langage des normes iso de cotation, Hermes. liaisons, mécanismes et
assemblages (1)
Agati, P. liaisons, mécanismes et assemblages. Cours, exercices et applications industrielles
avec Méca 3D sous Solid Works et Méca master. M. Rosseto.
Esnault, F. (2000). Construction mécanique - Transmission de puissance. Principes Cours et
exercices corrigés, Dunod.
Esnault, F. (2002). Construction mécanique - Transmission de puissance. Applications: courroies
asynchrones, chaînes, variateurs de vitesses, joints d'accouplement homocinétiques et non
homocinétiques, Dunod. Choix de composant, Dimensionnement des composants
Barlier, C. and R. Bourgeois (2003). Memotech conception et dessin, Casteilla.
Sacquepey, D. and D. Spendle précis de construction mécaniques, calculs technologie
normalisation, Afnor Nathan.
Shigley, J. E. (1996). Standard handbook of machine design second edition, Mc Graw Hill.

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Date of update June 23, 2020

Université Grenoble Alpes