Mechanical Construction Master's Degree - Jijel's university, Algeria

Explore the programs and courses offered by Mechanical Construction Master's Degree - Jijel's university, Algeria

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Program Overview

The academic master’s program in mechanical construction at Mohamed Seddik Ben Yahia University of Jijel provides advanced training in the design, analysis, and manufacturing of mechanical systems. This program is taught over four semesters, where the first three semesters focus on core subjects, advanced topics, lab work, and practical work in various areas. The fourth semester is dedicated to preparing the master's thesis. During the thesis preparation phase, students have the opportunity to develop a startup project according to the 1275 Decree or create an economic enterprise. If the project demonstrates economic efficiency, students can potentially secure funding for their ventures. This approach fosters entrepreneurship, encouraging students to apply their knowledge in practical and innovative ways.

The curriculum covers key areas such as CAD/CAM systems, material strength, manufacturing processes, and maintenance, ensuring students are prepared for careers in industries such as automotive, aerospace, energy, and manufacturing. Additionally, students will gain practical experience through lab work, simulations, and internships, all while mastering the latest tools and techniques in mechanical construction.


Teaching Language : French, English

Curriculum Highlights

Core Courses

The core or fundamental courses are :

 

Semester 1 :

Continuum mechanics

  • Aimed at understanding material behaviors and stresses in continuous domains.

Strength of Materials (Advanced)

  • Focuses on advanced concepts of material resistance and application in structural design.

Internal Combustion Engines

  • Covers the operation of internal combustion engines and principles of performance calculation and sizing.

Applied Fluid Mechanics

  • Focuses on fluid dynamics principles and their application to energy systems and hydraulic networks.

 

Semester 2 :

Finite Element Method

  • Teaches the finite element method and modern solution techniques for linear and nonlinear mechanical problems.

Advanced Structural Dynamics

  • Addresses the equation of motion of structures under various loading conditions, including vibration analysis.

Articulated Mechanical Systems and Robotics

  • Deals with the modeling of mechanical systems and introduces robotics principles.

Design of Mechanical Systems

  • Focuses on the general approach to designing new or improving existing products and systems.

 

Semester 3 :

Materials

  • Provides students with the knowledge to understand the selection, shaping, and life cycles of various materials (metallic, polymers, ceramics, composites), focusing on their properties, limitations, and applications in mechanical systems .

Dynamics of Rotating Machines

  • Focuses on vibration modeling techniques for rotating machinery. This course emphasizes the digital resolution of dynamic problems and understanding the effects of vibration on industrial machines .

Composite Materials

  • Covers the manufacturing processes, mechanical properties, and applications of composite materials. Topics include fiber production, matrix materials, and the behavior of composite laminates under various stresses .

Fracture Mechanics and Fatigue

  • Introduces the calculation of structures subjected to cyclic loading, exploring fatigue phenomena and crack propagation. The course includes an in-depth study of fracture mechanics and the interaction of cracks with surrounding materials .


Advanced Topics

These topics represent a specialized and advanced focus in the field of mechanical construction, covering both theoretical concepts and practical applications. The advanced topics are:

Semester 1:

Lab Works of FM/SM (Fluid Mechanics / Strength of Materials)

  • A dual-focus practical module that reinforces core engineering concepts through experimental setups. In the fluid mechanics section, students explore fluid properties, flow measurement, and pressure loss in pipelines using lab-scale systems. The Strength of Materials part involves testing mechanical properties like elasticity, yield strength, and bending behavior under different loading conditions. Emphasis is placed on data collection, result interpretation, and validation of theoretical models.

Conventional and Advanced Manufacturing Techniques

  • Explores both traditional methods (like turning, milling, drilling, and casting) and modern techniques (such as CNC machining, additive manufacturing, and laser cutting). Emphasis is placed on process selection, tool-path planning, and quality control in a production environment.

Automation of Industrial Systems

  • Advanced control and automation techniques for industrial systems, including programmable logic controllers (PLC) and system supervision.

Semester 2 :

Finite elements method Lab Work

  • This lab introduces students to the practical application of the Finite Element Method using specialized software tools (e.g., ANSYS, SolidWorks Simulation). It focuses on modeling, meshing, and analyzing mechanical components under various loading conditions. Students simulate real-world problems related to stress, deformation, and thermal effects, bridging theory with digital engineering practice.

CAD/CAM Systems

  • Advanced techniques for using CAD/CAM software to design complex mechanical systems, simulate and manufacture workpieces on CNC machines.

Optimization Methods

  • Techniques to solve linear and nonlinear optimization problems, including methods like gradient-based algorithms, genetic algorithms, and stochastic optimization.

Semester 3 :

Office Methods

  • This course introduces students to the interface between manufacturing workshops and design offices. The focus is on developing manufacturing processes, considering product drawings, production types, and necessary tools. Students learn how to design machining processes, schedule operations, and choose the appropriate machine tools and methods .

Turbomachines

  • Aimed at familiarizing students with the operation and energy calculations of turbomachines, this course applies thermodynamics to calculate yields and performance of pumps, turbines, and other fluid machinery.

Digital Simulation Software in Mechanics

  • This course provides practical skills in using numerical simulation software for mechanical problems. Students gain hands-on experience with software like Abaqus and Ansys to solve engineering problems involving mechanical design .

 

 

 

 

 

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Admissions Information

Eligibility: Candidates should hold a Bachelor's degree in Mechanical Engineering or a closely related field; see the attached table below :

 

A list of construction work AI-generated content may be incorrect.

Required documents for the application:

  • A motivation letter with a downloadable application form from the institution’s website.
  • A copy of the high school transcript.
  • A copy of the bachelor's diploma.
  • A copy of the university transcript.

Admission to the Master’s 1 in Mechanical Construction is as follows:

  • 80% of the places are reserved for new graduates from the institution.
  • 20% is distributed among:
  • Former graduates from other institutions
  • Former graduates from the same institution
  • New graduates from other institutions

The ranking of candidates is done according to the Decree 714 of November 3rd, 2011.


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