Mechanical Production and Industrialization

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Program Overview

Training Description

The program is organized over 6 semesters and includes 2,200 hours of supervised instruction, 200 hours of synthesis activities (tutored project), and 28 weeks of industrial internships (two “worker” internships of 2 weeks in semester 1, one internship of 8 weeks in semester 3, and one internship of 16 weeks in semester 6).

The courses are grouped into three Teaching Units (UE), depending on the semesters, each composed of several modules:

  • The Fundamental Teaching Unit (UEF) brings together courses related to product design.
  • The Methodological Teaching Unit (UEM) includes courses related to industrialization and process management. This UEM allows the student to understand manufacturing in an industrial environment and its context.
  • The Transversal Teaching Unit (UET) includes cross-disciplinary and fundamental courses. Moreover, this UET develops communication and organizational skills in a managerial sense.


Teaching Language : English and frensh

Curriculum Highlights

Core Courses

M111 - MECA 1 - Statics

M-112 - INDUSTRIAL DRAWING 1

M-113 - MATERIALS 1 - Properties and Identification

M-121 - FAB 1 - Manufacturing Technology

M-211 - MECA 2 - Strength of Materials

M-212 - INDUSTRIAL DRAWING 2

M-213 - MATERIALS 2 - Testing and Behavior

M-221 - FAB 2 - Implementation of Production Means

M-222 - FAB 3 - Methods Office

M-311 - MECA 3 - (Kinematics and Dynamics)

M-312 - INDUSTRIAL DRAWING 3 - (Computer-Aided Drafting - CAD)

M-313 - INTERNSHIP 2 (8 weeks) - Form (evaluated by the Internship Supervisor)

M-321 - FAB 4 - Preparation for CNC Production

M-322 - FAB 5 - Methods (Manufacturing Phase + Costs)

M-323 - AUTO 2 - Pneumatics and On/Off Hydraulics

M-324 - INTERNSHIP 2 (8 weeks) - Content (evaluated by the Internship Supervisor)

M-411 - MECA 4 - (Kinetics and Energetics)

M-412 - MECHANICAL DESIGN 1 - Bearings and Gears

M-413 - STRUCTURE (Sizing and Design)

M-414 - INDUSTRIAL DRAWING 4 - (Computer-Aided Design - CAD)

M-415 - MECA 5 - Fluid Mechanics

M-421 - FAB 6 - Production on CNC Machines

M-511 - MECA 6 - Vibrational Mechanics

M-512 - THERMAL ENGINEERING

M-513 - MECHANICAL DESIGN 2 - Epicyclic Gear Train

M-514 - MECA 7 - Fracture Mechanics and Expertise

M-515 - THERMODYNAMICS

M-521 - FAB 8 - Optimization of Cutting Conditions

Advanced Topics

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The graduate of an Institute of Applied Sciences and Techniques in Mechanical Production Engineering and Industrialization receives a generalist education in mechanical industries, making them employable in the following sectors:

  • Mechanical construction and machine tools,
  • Automotive, aeronautical, naval, and railway construction,
  • All equipment manufacturers in the mechanical sector,
  • Environment and energy,
  • Nuclear industry,
  • Agri-food industry,
  • Agricultural machinery,
  • Household appliances,
  • Construction and public works (BTP) and related equipment manufacturers,
  • Deconstruction and recycling.

Regardless of the industrial sector, the same major stages structure the product life cycle. Therefore, it was deemed appropriate to structure the activity and competency framework around these key stages, namely:

  • Product or process design,
  • Production in manufacturing workshops,
  • Industrialization and methods,
  • Production management (Scheduling, Planning, Supply management),
  • Inspection, Quality, and Metrology,
  • End-of-life recycling.

In all these areas, it is essential to integrate aspects of safety (for people and property), ergonomics, and sustainable development in compliance with international standards and guidelines.

The graduate of the Institute of Applied Sciences and Techniques will be capable of:

  • Understanding the "enterprise system" and its interactions with its environment,
  • Collecting and transmitting information (in Arabic, French, and English),
  • Communicating and reasoning with various specialists (in Arabic, French, and English),
  • Choosing and adapting tools to different situations,
  • Acquiring new knowledge and skills,
  • Working in a team and being a source of proposals,
  • Working in a transnational or international environment.


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Admissions Information

  1. Technical Mathematics Baccalaureate1≥ 12/20
  2. Mathematics Baccalaureate2≥ 12/20
  3. Experimental Sciences Baccalaureate3≥ 14/20
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