LOGISTIC ENGINEERING

In an era where goods and data move faster than ever, Logistics Engineering has emerged as a key discipline for maintaining competitive advantage. But what makes this field special, and who is best suited to pursue it?

Introduction to the Major

The Logistics Engineering major focuses on training engineers with in-depth knowledge of supply chain management, transportation, warehousing, and distribution systems. Students are equipped with skills to apply modern technology in optimizing the flow of goods, information, and services within businesses. After graduation, logistics engineers can work in manufacturing companies, trade, transportation services, ports, or logistics centers.

Training Objectives

The program aims to train digital logistic engineers with the following competencies:

• Expertise in logistics system design, information management, and smart logistics data analysis.
• Ability to design, operate, manage, and research logistics systems.
• Problem-solving skills for complex engineering challenges, becoming core professionals within five years of graduation.

Objectives within Five Years of Graduation:

1. System thinking and interdisciplinary integration, with the ability to propose innovative solutions.
2. Competency in logistics analysis, design, and management roles at enterprises.
3. Familiarity with international logistics regulations, possessing cross-cultural communication and collaboration skills.
4. Awareness of engineering ethics, social responsibility, and holistic engineering perspectives.
5. Development of self-learning, leadership, and teamwork abilities in a digital logistics environment.

Graduation Requirements

Graduates must meet the following core competencies:

1. Ethical Awareness – Upholding societal values, professional ethics, and responsibility.
2. Engineering Knowledge – Applying mathematics, natural sciences, and data science to logistics.
3. Problem Analysis – Conducting literature reviews and advanced issue assessment.
4. System Design Abilities – Developing innovative logistics system solutions.
5. Scientific Research Abilities – Integrating multidisciplinary knowledge for research.
6. Use of Modern Tools – Utilizing advanced engineering techniques and optimization tools.
7. Social Responsibility – Understanding the impact of logistics systems on the economy, environment, and legal frameworks.
8. Sustainability Awareness – Evaluating the environmental effects of logistics engineering.
9. Professional Ethics – Adhering to engineering ethics and teamwork principles.
10. Team Collaboration – Functioning effectively as an individual and within teams.
11. Communication Skills – Clearly conveying logistics engineering problems and solutions.
12. Project Management – Understanding logistics management and economic decision-making.
13. Lifelong Learning Ability – Continuously acquiring new knowledge and technological expertise.

Graduation Conditions

Complete the required number of credits as stipulated in the university's academic program.

Core Courses

• Logistic System Engineering
• Smart Logistics Technology
• Logistics Facility Planning and Design
• Supply Chain Management
• Warehouse and Transportation Management
• Logistics Simulation and Optimization
• Fundamentals of Engineering Management
• Data Analytics and Information Systems

Research Directions

• Smart logistics system design and applications
• Logistics information technology and data processing
• Intelligent warehouse and distribution systems
• International logistics and port management
• Green logistics and sustainable development

Degree Awarded

Graduates who complete the program will receive a Bachelor of Engineering in Logistic Engineering.

Career Opportunities

Graduates can pursue careers in:

• Manufacturing and logistics enterprises – Logistics management, warehouse, and transportation optimization
• Ports and international logistics companies – Logistics planning and port operations management
• E-commerce and smart distribution platforms – Logistics operations and data optimization
• Government agencies – Logistics policy development and infrastructure planning
• Research institutions and universities – Logistics system research and academic positions

Related Majors

• Logistics Management
• Industrial Engineering
• Information Management & Information Systems
• Transportation Engineering
• Management Science & Engineering

Top Universities Offering Logistic engineering Programs in China

1. Tianjin University
2. Wuhan University of Technology
3. Southwest Jiaotong University
4. Beijing Jiaotong University
5. University of Science and Technology Beijing