Industrial Engineering
The Industrial Engineering degree program is crafted to equip engineers with a blend of technical skills, problem-solving capabilities, and managerial acumen needed to enhance efficiency and productivity in fields such as manufacturing and logistics. The curriculum offers a deep dive into designing, analyzing, and optimizing complex systems that integrate people, machines, and equipment. Enhanced with modern and digital technologies, the program empowers students to streamline operations, facilitate daily tasks, and make data-driven decisions. Practical training through hands-on laboratory work and real-world projects is a core component. Interdisciplinary coursework enables students to draw insights from fields such as business analytics, supply chain management, and embedded sustainability practices. The program maintains rigorous academic standards while promoting a strong professional ethic, preparing graduates for dynamic roles with robust career support services to help them navigate their professional paths.
Program Goals
Our goal is to cultivate highly skilled industrial engineers who excel at optimizing complex systems integrating people, machines, and technology. Through advanced digital technologies, students develop expertise in enhancing productivity and efficiency across sectors like manufacturing and logistics. Our curriculum emphasizes hands-on learning with labs, real-world projects, and interdisciplinary studies in business analytics, supply chain management, and integrated sustainability practices. We equip graduates with the technical skills, managerial acumen, and strong professional ethic needed for dynamic careers, making them invaluable assets in the global job market.
Course List
Subjects for General Education in Foundation Years (Year 1&2):
- Geometry
- Mechanics
- Management and Accounting
- Philosophy
- Environment
- Calculus
- Linear Algebra
- Probability
- Thermodynamics
- Technical Drawing
- Market
- Information Technology
- History
- Chemistry
- Electricity
- French
- English
Subjects for year 3
- French
- English
- Statistics
- Mechanics
- Computer Aid Design (CAD)
- Materials Sciences I
- Introduction to Control Theory
- Fluid Mechanics and Transfer Process
- Mechanical Design
- Introduction to AI for Engineering Applications
- Strength of Materials
- Electricity and Electronics
- Introduction to Manufacturing Engieering
- Metal Machining, Metrology
Subjects for year 4
- French
- English
- Internship Report
- Machine Learning
- Operations Research
- Power Electronics
- Computer Aids Manufacturing (CAM)
- Engineering Econnomics
- Production Process
- Total Productive Maintenance
- Supply Chain Management
- Automation
- Ergonomics Design
- Industrial Design
- Quality Management (Lean I)
- Engineering Health and Safety
- Supply Chain Management II
- Project Management
- Multidiciplinary Project I
Subjects for year 5- Professional Integration
- English for Work and Carrer Engineering Skills
- Research Methodology
- Operation Management
- Advanced Machining Process
- Industrial Planning and Control (Lean II)
- Professional and Personal Development
- Engineering Ethics
- Multidiciplinary Project II
- Final Year Internship and Thesis Defense
Carrer Path
Graduated students from Industrial Engineering have diverse carrer opportunities across multiple sections including:
1. Design and Site Engineering: specialize as Design or Site Engineers, focusing on the installation and maintenance of HVAC systems in various types of buildings, including residential, commercial, medical, and industrial facilities.
2. Manufacturing: In manufacturing plants, mechanical and industrial engineers are pivotal in production, quality assurance, product design, machinery maintenance, management, and energy management.
3. Automation and Robotics: There is increasing demand for engineers in the automation and robotics fields, where they design, implement, and maintain automated systems.
4. Sustainability and Green Technologies: Engineers are also at the forefront of developing sustainable technologies, working on renewable energy systems and materials recycling to enhance environmental conservation.5. Supply Chain Management: These engineers optimize supply chains, improving logistics, reducing costs, and increasing efficiency in production and distribution networks.
6. Project Management: Mechanical and industrial engineers often assume project management roles, overseeing projects from start to finish, ensuring they adhere to deadlines, budgets, and quality standards.
7. Technical Consulting and Energy Auditing: Engineers can become Technical Consultants and Energy Auditors, assessing systems and recommending improvements for better efficiency.
8. Academic and Research Roles: Opportunities extend to academia and research, where engineers can contribute as technical trainers and researchers.
Scholarship Opportunity
After graduation, students also have opportunity to pursue their Master and PhD degree from universities in:
- France
- Belgium
- Japan
- South Korea
- Thailand
- Indonesia
- Malaysia
- China
- Other countries ( Asia, EU, …)