Design Technics 1 - 4GUP1501

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Number of hours
- Lectures : 7.0
- Tutorials : 7.0
- Laboratory works : -
- Projects : 14.0
- Internship : -
- Written tests : 2.0
ECTS : 3.0
Officials : Stephane GUILLET

Goals

Product design involves the use and dimensioning of technical components already produced by industrial partners. This is particularly true when using so-called standard components.

The objectives of this course are to

To provide the basis for the design of standard components in mechanical product design,
To provide the knowledge necessary to understand the various technological principles,
to manipulate and work on the fundamental notions of power, energy, efficiency... inherent to product engineering.

Content

The learning process takes place in groups of 6 to 8 students around problems to be solved (problem-based learning - PBL)

3 themes are addressed:
1 - Belts and Chains,
2 - Cylindrical gears: geometry, kinematics, dynamic calculation,
3 - Rotational guides: bearings and plain bearings

A design office project integrating all the themes is carried out during the semester. It leads to the creation of a functional prototype of a technical solution.

Prerequisites

Industrial drawing, Basics in design, Kinematics, Solid mechanics, Strength of materials

Tests

Session 1:

APP = evaluation of the 3 APPs (20%)
Project = design office file and presentation (40%)
TH1 = individual written evaluation exam (40%)
N1 = final mark session 1

Session 2:

Project and APA marks are not made up
TH2 = individual written or oral evaluation depending on the number of students
N2 = final mark session 2

N1 = 0,25 * APP + 0,5 * Projet + 0,25 * TH1
N2 = 0,25 * APP + 0,5 * Projet + 0,25 * TH2

Calendar

The course exists in the following branches:

Curriculum - Engineer student Master PD - Semester 7

see the course schedule for 2022-2023

Additional Information

Course ID : 4GUP1501
Course language(s):

You can find this course among all other courses.

Bibliography

Guide du dessinateur industriel - Ed. Hachette.
Guide des sciences et technologies industrielles, ed. Nathan
Systèmes mécaniques : Théorie et dimensionnement - Michel Aublin - Ed. Dunod.

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Date of update June 14, 2021