MECHANICAL ENGINEERING

The Mechanical Engineering major has become an attractive option for young people passionate about technology and engineering. This major not only provides students with a solid knowledge foundation but also opens up opportunities to work in high-tech fields such as intelligent manufacturing, high-end equipment manufacturing, and industrial robotics. So, are you the right fit for this promising field? Let’s explore in the article below!

Introduction to the Mechanical Engineering Major

The Mechanical Engineering major aims to train engineers with comprehensive capabilities, capable of working in emerging technology fields such as intelligent manufacturing, industrial infrastructure, high-end equipment manufacturing, industrial robots, particularly in important industries such as equipment manufacturing, automobile transportation, construction machinery, and energy and power. Students will be equipped with basic knowledge in Mechanical Engineering, develop creative thinking, practical abilities, international perspectives, along with team collaboration and organizational coordination skills.

Training Objectives

The objective of this major is to provide students with comprehensive professional knowledge and technical skills, enabling them to contribute to the following areas:

• Have high ethical standards and humanistic qualities.
• Be able to apply engineering techniques to design effective mechanical solutions.
• Have strong teamwork and communication skills.
• Become key technical personnel or core members in the field of Mechanical Engineering.
• Have lifelong learning awareness, the ability to self-learn, and adapt to industry development.
• Possess international communication and cooperation skills, serving society.

Graduation Requirements

Graduates are expected to have the following competencies:

• Engineering Knowledge: The ability to apply mathematics, natural sciences, and basic engineering knowledge to solve complex engineering problems.
  Problem Analysis: The ability to identify and analyze complex engineering problems and propose effective solutions.
• Design/Development of Solutions: The ability to design systems or components that meet specific needs and consider factors such as social, health, safety, and legal issues.
• Research: The ability to research complex engineering problems based on scientific principles.
• Use of Modern Tools: The ability to use modern engineering tools for design, analysis, and testing.
• Engineering and Society: The ability to assess the impact of engineering practice on society and the environment.
• Environment and Sustainable Development: Understanding and assessing the impact of engineering on environmental and social sustainability.
• Professional Ethics: A sense of professional ethics and social responsibility.
• Individual and Teamwork: The ability to work effectively in teams and take on multiple roles.
• Communication: The ability to communicate and present ideas effectively.
• Project Management: Mastering the fundamental principles of project management.
• Lifelong Learning: The ability to self-learn and adapt to changes in the industry.

Core Courses

• Engineering Mathematics Analysis
• Computer Science and Programming (C language)
• General Physics
• Introduction to Mechanical Engineering
• Engineering Thermodynamics
• Basic Theory of Automatic Control
• Fluid Mechanics and Hydraulic Transmission
• Mechanical Manufacturing Engineering
• Practical Training in Mechanical Equipment Disassembly and Assembly

Research Areas in Mechanical Engineering

• Intelligent Manufacturing Technology
• Industrial Robot Technology
• High-end Equipment Manufacturing
• Mechanical Design and Manufacturing
• Mechanical System Control

Degree Awarded

This program has a duration of four years. After completing all required courses and practical requirements, students will be awarded a Bachelor's degree in Mechanical Engineering.

Career Opportunities

Graduates can work in the following technical fields:

• Equipment manufacturing industry
• Automotive industry
• Aerospace industry
• Energy and power sector
• Construction machinery industry

After approximately five years of graduation, students are expected to become key technical personnel in the Mechanical Engineering field or hold significant roles within related industries.

Related Majors

• Industrial Engineering
• Robotics Technology
• Electrical Engineering and Automation
• Materials Science and Engineering
• Aerospace Engineering

Ranking of Top Mechanical Engineering Universities in China

1. Tsinghua University
2. Shanghai Jiao Tong University
3. Xi'an Jiaotong University
4. Zhejiang University
5. Beijing Institute of Technology

Additional Information

• Guided Learning Plan
• List of Elective Courses
• Graduation Thesis Requirements

Through this detailed training program, students will receive extensive academic and practical training, ensuring competitiveness in the engineering field in the future.