Explore the programs and courses offered by Bachelor of Industrial Engineering
Browse Programs Admission InformationThe Bachelor's degree in Industrial Engineering – specializing in Manufacturing Engineering – is a multidisciplinary program that combines:
- Fundamental sciences (mathematics, physics, chemistry).
- Industrial technologies (electronics, automation, mechanics).
- Industrial computing and production management.
The program spans 6 semesters (3 years) and offers a progressive curriculum, ranging from scientific fundamentals to advanced industrial applications.
The first two years of the program (semesters 1 to 4) are dedicated to acquiring the scientific, technical, and methodological fundamentals common to all Science and Technology fields
Mathematics : Algebra, analysis, differential equations, probability, and statistics for modeling industrial systems
Physics : Mechanics, electricity, electromagnetism, and optics applied to technical systems
Chemistry (Structure of Matter & Thermodynamics) : Understanding materials and reactions used in industry, and studying energy transfers in industrial processes
Basic Electronics & Electrotechnics : Fundamentals of circuits, components, currents, and electrical systems
Combinatorial & Sequential Logic : Foundations of programmable automation systems
Computer Science : Algorithms, programming, data processing, and use of industrial software
Technical Drawing : Reading and designing industrial plans
Practical Work (physics, chemistry, electronics, electrotechnics) : Hands-on application of studied concepts
Writing and Presentation Methodology : Structuring scientific reports and presentations
Communication Skills : Oral and written communication for professional settings
Languages (English, French) : For communication in an international industrial context
Introduction to Careers in Science and Technology : Understanding job prospects and industrial sectors
Ethics, Professional Conduct, Business Law, and Economics : Raising awareness of professional responsibilities and the socio-economic environment of industry
In the third year, semesters 5 and 6 focus on concrete industrial applications, mastering professional tools, and preparing for integration into the workforce.
Production Organization
Scheduling: Techniques for optimal planning of tasks in workshops
Fundamentals and management of supply chains: Management of physical and information flows from supplier to customer
Computer-Integrated Manufacturing (CIM): Integration of IT tools (CAD, CAM, ERP) into the production process
Industrial Sciences and Technologies
Process Engineering: Analysis and control of physical and chemical processes in industry
Automation: Control and regulation of dynamic systems
Digital and IT Tools
Introduction to Information Systems: ERP, industrial data management
Practical Work – Industrial Networks: Machine-to-machine communication (PLCs, SCADA, etc.)
Language and Industrial Culture
Technical English (ESP): Vocabulary and technical communication in an international context
Industrial Networks (supplementary course): Architecture and functioning of conventional and industrial communication networks (OSI model, TCP/IP, AS-i, PROFIBUS, PROFINET, Modbus RTU, Modbus TCP/IP, CAN, CANopen, etc.)
Industrial Automation and Control
Programmable Logic Controllers (PLCs): Modeling (Grafcet), programming (CONT, LOG, LIST, ST languages) using PLC software (SIMATIC Manager STEP7, TIA Portal by Siemens), wiring and study of modern automated production systems
Control and Regulation: Automatic control of industrial systems
Industrial Electronics: Power electronics, converters, speed drives, embedded systems (Arduino, Raspberry Pi, etc.)
Maintenance and Technical Management
Industrial Maintenance Management: Preventive, corrective maintenance, and CMMS
Practical Work – Maintenance and PLCs: Real-system application (e.g., FESTO MPS, S7-300 PLC)
Project and Internship
End-of-Cycle Project (ECP): Supervised practical work on real industrial topics (problem-solving for actual industry issues), hands-on projects (robotics, electronics), simulation-based topics (using professional and educational simulators like FlexSim, Arena, CISCO Packet Tracer, GNS3), or theoretical research initiation (planning, scheduling, supply chains)
Industrial Internship: Immersion in a professional environment, thesis writing and defense
Cross-disciplinary Skills
Advanced Programming and Databases: Software tools for automation and industrial data management
Ergonomics and New Technologies: Design of ergonomic workstations, technology watch
Business Management & Entrepreneurship: Functioning of industrial organizations, project management, innovation
Direct access is granted in the first year to holders of a Baccalaureate in Mathematics, Technical Mathematics, or Science, Subject to having obtained the minimum average in the baccalaureate required by the Ministry of Higher Education and Scientific Research.
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