Mechanical and production manufacturing

Explore the programs and courses offered by Mechanical and production manufacturing

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Program Overview

The Master’s program in Mechanical Manufacturing and Production Engineering primarily aims to train specialists capable of planning, organizing, and mastering mechanical manufacturing processes while integrating advanced technologies such as CNC machine programming. More specifically, the objectives are to:

·        Set up and operate conventional and CNC machine tools.

·        Plan and organize manufacturing processes.

·        Inspect parts and control quality.

·        Interpret and produce technical drawings.

·        Use advanced technologies, including computers and software for machine programming.

·        Perform practical hands-on work, such as manufacturing mechanical parts.

The program also aims to develop technical know-how and skills, including:

·        Mastery of fundamental manufacturing technologies.

·        Reading and interpreting technical plans.

·        Metrology and conventional and non-conventional machining processes.

·        Mastery and programming of CNC machines.

·        Ability to design, model, and size mechanical systems adapted to industrial needs.

·        Knowledge of tools related to industrial production, project management, quality management, and automated systems.

Thus, this master’s degree prepares students to become engineers capable of intervening across the entire mechanical production chain, from design to manufacturing, integrating quality requirements and technological innovations in production engineering.


Teaching Language : English

Curriculum Highlights

Core Courses

The program includes subjects such as:

Semester 1

Continuum Mechanics

Materials

Metal Cutting 1

Shaping processes

Machine Tools

Semester 2

Finite Element Method

Metal Cutting 2

Elements of Machine Tools

Machine Tool Programming

Semester 3

Methods Office (Process Planning)

Machining of Curved Surfaces

High-Speed Machining

Dynamics of Rotating Machines

Fracture Mechanics and Fatigue

Semester 4

Master’s Final Project

Advanced Topics

High-speed machining ;

 Machining of complex curved surfaces ;

 Numerical simulation;

 Industrial robotics.

Admissions Information

Admission to the first year of the Master’s program (M1) is open to candidates holding a professional bachelor’s degree in mechanical manufacturing and production engineering or an equivalent diploma.

For direct admission to the second year of the Master’s program (M2), candidates must hold an M1 degree or an equivalent diploma.

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