201-715-RA | Elements of Algebra for the AEC in Mechanical Engineering (75 hours)

As part of this course, the student will be required to solve algebraic problems applied to the field of mechanical engineering.

412-703-RA | Computer application (45 hours)

As part of this course, the student will use computer and office automation concepts applicable to the field of mechanics.

241-743-RA | Metrology (45 hours)

As part of this course, the student will develop the dexterity and skill necessary to correctly take dimensional and geometric measurements on mechanical parts of simple and complex geometries.

241-724-RA | Technical drawing (60 hours)

As part of this course, the student will become familiar with the graphic language used to represent a three-dimensional object on a (two-dimensional) surface. It therefore aims to develop in the student a spatial vision of an object in order to allow him to reproduce it on a sheet of paper in the form of a sketch or in the form of a plan. It also aims to know the notions of dimensioning and annotation relating to technical drawing as well as to the development of auxiliary views and cut plans.

201-734-RA | Applied Mathematics for AEC in Mechanical Engineering (60 hours)

As part of this course, the student will be asked to solve problems applied to the field of mechanical engineering.

203-763-RA | Introduction to Mechanical Physics (45 hours)

Within the framework of this course, the student will become familiar with the methods of problem solving according to certain notions of mechanics essential to the mechanical technician. It will provide the student with a method to analyze the internal and external forces exerted on a mechanical object.

241-715-RA | Materials, processes and heat treatments (75 hours)

As part of this course, the student will become familiar with the main materials used for manufactured products as well as their properties and uses.

241-FAK-04 | Detailed computer drawing (60 hours)

As part of this course, the student will be introduced to CAD software: Autocad. It will therefore allow the production of manufacturing drawings of mechanical parts, without a link or transmission member, in a 2D perspective using this software. These drawings shall include orthogonal projections requiring exterior views, section views and auxiliary views.

203-FBD-03 | Static (45 hours)

In this course, the student will learn to calculate the forces acting on bodies in equilibrium. the student will also develop a certain intuition to determine how forces act at various points of support in the body. A small number of fundamental laws make it possible to calculate the magnitude and the orientation of the forces present.

241-FBE-03 | Mechanical connections (45 hours)

As part of this course, the student will interpret the specifications, develop and select organs and linkage mechanisms in order to perform the technical design of the links of an object.

241-FBN-05 | Introduction to Automation (75 hours)

As part of this course, the student will acquire the skills necessary to design and troubleshoot automated systems using pneumatic and hydraulic equipment often found in automated industrial equipment.

241-814-RA | Functional rating (60 hours)

As part of this course, the student will determine the dimensional and geometric tolerances required to ensure the efficient arrangement of the different components forming an assembly of several mechanical parts, and thus to guarantee its proper functioning. In addition, this course will allow the preparation of definition drawings and drawings of sets of simple mechanical constructions.

241-FAM-03 | Computer assembly drawing (45 hours)

As part of this course, the student will introduce the concept of assembly in drawings. We will therefore learn how to illustrate a mechanism, number its parts as well as the drawings and rate it among other things. It also aims to become familiar with the functionality of mechanical parts.