Production Management and Logistics

Explore the programs and courses offered by Production Management and Logistics

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Program Overview

The curriculum is organized into six semesters and includes 2,094 hours of supervised training, 200 hours of synthesis activities (tutored project), and 28 weeks of industrial internship (two "worker" internships of two weeks in the first semester, an eight-week internship in the fourth semester, and a sixteen-week internship in the fifth semester).

The courses are grouped into three Teaching Units (UE) according to the semesters, each consisting of several modules:

Fundamental Teaching Unit (UEF): Covers subjects related to flow organization and management.

Methodological Teaching Unit (UEM): Focuses on subjects related to industrialization and process management, helping students understand the sciences involved in industrial production.

Transversal Teaching Unit (UET): Includes both transversal and fundamental subjects. Additionally, this unit fosters communication skills and organizational abilities from a managerial perspective.

Teaching Language : English and french

Curriculum Highlights

Core Courses

The academic programs include the study of a range of fundamental and applied subjects, such as:

Economic and Accounting Approach to a Company

Structure and Organization of a Company

Typology of Products and Processes

Introduction to Flow Management

Supply and Inventory Management

Project Management

Production Management

Cost Management

Workshop Scheduling

Compliance Control for order execution, shipments, or receptions

Workstation Layout

Computer-Aided Production Management

Quality Management and Monitoring

Logistics

Production Cost Calculation

Advanced Topics

A graduate with a Professional Bachelor's Degree in Production Management and Logistics (GPL) is qualified to work in the production of goods and services, regardless of the industry. They carry out tasks related to planning, resource management, inventory control, and quality management across various company sectors, including procurement, warehousing, manufacturing, distribution, dismantling, and recycling.

They are capable of overseeing one or more production process management activities to enhance performance in terms of cost, quality, and deadlines, ensuring compliance with internal and external client requirements. They implement continuous improvement initiatives.

Key Responsibilities:

• Define and implement data and work tools

• Utilize tools effectively and communicate decisions and proposals

• Assess decisions and proposals based on economic, social, environmental, and safety requirements

• Verify compliance of results and measure the performance of processes and activities

• Suggest improvements and adapt working methods within a continuous improvement framework

• Apply problem-solving and innovation approaches

Coordinate a team or manage a department

Career Opportunities:

A GPL graduate can pursue roles in the following professional fields:

Logistics Assistant or Technician

Production, Planning, Scheduling, or Launching Assistant/Technician

Quality Assistant or Coordinator

Supplier Quality Technician

Industrialization and Organization Technician

Supply Chain and Production Flow Manager

Stock Management Technician

Metrology and Quality Control Technician

Continuous Improvement Technician

Team Leader

Warehouse Manager

Workshop Manager

Logistics Manager

Production Manager

Metrology Manager

Quality Manager

Quality Auditor or Consultant

Core Competencies of a GPL Graduate:

Understand the company as a system and its interactions with the environment

• Collect and communicate information in Arabic, French, and English

• Engage in discussions and provide arguments with specialists in Arabic, French, and English

• Select and adapt tools to various situations

• Continuously acquire new knowledge and skills for career growth

• Work effectively in a team and contribute proactively



Admissions Information

Required Degrees:

(Specifying the high school diplomas that grant access to this program, along with the required options and minimum grades)

  • Experimental Sciences Baccalaureate: Minimum grade ≥ 14/20
  • Mathematics Baccalaureate: Minimum grade ≥ 12/20
  • Technical Mathematics Baccalaureate: Minimum grade ≥ 12/20

Specific Academic Prerequisites:

  • Strong knowledge in mathematics and physics


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