Engineering and Industrial Management focuses on optimizing production and operational processes within businesses. Students are introduced to systems thinking, process analysis, and performance improvement. This field connects engineering and management in a modern industrial environment.

Program Code: 7520118
Duration: 3.5 years
Degree: Bachelor

Program Learning Outcomes

Graduates are confident to

System Design and Optimization: Mastering optimization skills and knowledge of systems engineering to solve complex specialized problems; demonstrating the ability to plan, design, and effectively optimize production and logistics systems of businesses.
Tool & Language Proficiency: Proficiently using quantitative tools, digital capabilities, and foreign languages in a professional work environment.
Management and Teamwork Skills: Planning ability, effective communication, and leadership skills in teamwork.
Scientific Research Thinking: Applying critical and creative thinking to conduct scientific research to address industry challenges.

PROGRAM STRUCTURE

Major Foundation Courses

Engineering Economics
Application Models in Industrial Systems
Operations Research
Logistics and Supply Chain Management
Production Management (3)Product Design and Development
Inventory Management
Quality Management
Project Management
Enterprise Resource Planning (ERP)
Systems Engineering
Scheduling Techniques
Lean Manufacturing
Artificial Intelligence in Industry
Sustainable Supply Chain and Circular Economy
Job Design and Ergonomics
Industrial Application Programming
Industrial System Design
Multi-objective Decision Making Techniques
Facility Layout Planning
Modeling and Simulation Techniques
Occupational Health, Safety, and Environment ,..

Specialized Courses

PRODUCTION MANAGEMENT SPECIALIZATION

Stochastic Operations
Forecasting Techniques
Data Analysis in Production Management
Production Scheduling and Control
Quality Control and Six Sigma ...

SMART PRODUCTION SYSTEM DESIGN SPECIALIZATION

Production System Design
Automation and Robotics in Production
Smart Production Systems
Digital Twin and Industrial Applications
Production System Integration,...

English Language Courses

Graduation Requirements

Graduation thesis
Graduation courses

General Education Courses

TRAINING CHARACTERISTICS OF THE FIELD

Prominent Learning Methods:

Combining technical foundation with management thinking - operating production systems, focusing on design - operation - optimization of industrial systems,.
Learning by "Learning by Doing", focusing on case handling and technical problem solving in the practical environment of businesses,.
Hands-on learning with system engineers at industrial production plants and integrating decision support tools.
Creative learning through project implementation or scientific works, alongside international experts and lecturers,...

Special Learning Spaces:

Practice workshops, computer rooms, libraries, hubs,...

CAREER OPPORTUNITIES

Production Systems Engineer
Process Engineer
System Improvement and Optimization Engineer
Quality Engineer (QA/QC)
Maintenance and Operation Engineer for Industrial Systems
Supply Chain Specialist, Logistics and Warehouse Management Specialist
Technical-Industrial Project Manager
Production Manager, Line Supervisor
Industrial Management Consultant,...

Information is for reference, compiled from the official website of Van Lang University and may be updated according to social needs, training orientations, and new educational requirements in each period.

Experience Industrial Systems Engineering at Future Fest 2026

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