VEHICLE ENGINEERING

In an era where automotive technology is undergoing rapid transformation, Vehicle Engineering has become an increasingly attractive field for those passionate about technology and innovation. With the fast-paced development of electric vehicles, autonomous driving, and smart technologies, the demand for highly skilled professionals in this field is growing. The Vehicle Engineering program provides a solid foundation in vehicle design, manufacturing, and management, offering students the opportunity to participate in groundbreaking projects in the future.

Program Overview

The Vehicle Engineering program is dedicated to cultivating high-quality applied talents who can adapt to the demands of national economic development and technological advancements. This program covers vehicle and component design, manufacturing, testing, and management, with a particular focus on the development of new energy vehicle technologies.

Training Objectives

The program aims to train engineering professionals with a solid foundation, innovative capabilities, and an international perspective. The specific objectives include:

1. Mastering mathematics, natural sciences, and vehicle engineering knowledge to analyze and solve vehicle engineering-related problems.
2. Possessing capabilities in design and development, scientific research, manufacturing, experimental testing, and management decision-making.
3. Developing strong social science knowledge, interpersonal communication skills, and teamwork abilities.
4. Being familiar with environmental protection and sustainable development policies, with a strong sense of social responsibility.
5. Having an international perspective, enabling professional communication with domestic and international peers and clients.
6. Developing lifelong learning capabilities to adapt to societal and industry advancements.

Graduation Requirements

Graduates must master fundamental theories and professional skills related to vehicle engineering and acquire the following competencies:

1. Engineering Knowledge: Master basic theories and fundamentals, applying mathematics and natural sciences to solve complex engineering problems.
2. Problem Analysis: Identify, express, and study complex vehicle engineering-related problems.
3. Design/Development Solutions: Design solutions for complex problems, demonstrating innovation.
4. Research: Conduct experimental research using scientific methods, analyze data, and derive effective conclusions.
5. Use of Modern Tools: Proficiently use engineering tools for design, analysis, and simulation.
6. Engineering and Society: Understand the impact of engineering practices on society, health, safety, and legal aspects.
7. Environment and Sustainable Development: Evaluate the impact of engineering practices on the environment and social sustainability.
8. Professional Ethics: Develop a sense of social responsibility and adhere to engineering ethics.
9. Individual and Teamwork: Perform as a team member or leader in multidisciplinary settings.
10. Communication Skills: Clearly express professional content and communicate effectively in an international context.
11. Project Management: Master engineering management principles and economic decision-making skills.
12. Lifelong Learning: Develop self-learning awareness and adaptability to industry developments.

Core Courses

The program consists of general education core courses, foundational professional courses, and specialized courses, including:

• Introduction to Vehicle Engineering
• Fundamentals of Mechanical Design
• Automotive Structure and Principles
• Automotive Electronic Control Technology
• Vehicle Dynamics
• New Energy Vehicle Technology
• Vehicle Testing and Diagnostic Technology
• Intelligent Connected Vehicle Technology

Research Directions

1. New Energy Vehicle Technology
2. Intelligent Connected Vehicles
3. Lightweight Vehicle Design
4. Power System Optimization
5. Vehicle Safety and Reliability

Degree Awarded

Students who meet graduation requirements will be awarded a Bachelor of Engineering degree.

Career Prospects

Graduates can pursue careers or further studies in the following fields:

• Automotive Manufacturing Enterprises (e.g., BYD, Geely, Tesla)
• Vehicle Research and Development Institutions
• Automotive Supply Chain Management
• Vehicle Testing and Certification Agencies
• Intelligent Connected Vehicle Development
• Universities and Research Institutions

Related Majors

• Mechanical Engineering
• Automation
• Electrical Engineering and Automation
• Transportation Engineering

Top Universities Offering Vehicle Engineering Programs in China

1. Tsinghua University 
2. Beijing Institute of Technology 
3. Xi'an Jiaotong University 
4. Hunan University 
5. Tongji University 

Graduation Requirements

Students must complete at least 172 credits within the designated study period, including 139.5 required credits and 32.5 elective credits, meeting the general education expansion course requirements.

Bachelor's Degree Awarding Criteria

Students must meet graduation credit requirements and complete 10 extracurricular quality education credits, including:

• Moral and Ethical Education (≥2 credits)
• Social Practice and Volunteer Service (≥2 credits)

Teaching Plan

Course arrangements are detailed in Appendices 1-6.