Course Introduction
The curriculum of the Department of Mechanical Engineering is designed to balance core theoretical foundations with practical hands-on application. Through comprehensive training in fundamental mechanics, computer-aided technologies, and advanced precision manufacturing, students gain the technical mastery and problem-solving skills required by modern industry.
Core Curriculum Areas
Focuses on establishing solid engineering theory and machine design capabilities.
Statics & Dynamics
Mechanics of Materials
Thermodynamics & Fluid Mechanics
Mechanisms & Machine Design
Integrates digital tools into modern mechanical engineering workflows.
Computer-Aided Drafting & Design
Computer-Aided Manufacturing, CAM
Finite Element Analysis & Moldflow Analysis, CAE
CNC Machine Tools and Practicum
Enhances hands-on expertise and practical machining techniques.
Fundamental Practicum of Comprehensive Machining
Precision Machining Practicum
Mold Design & Manufacturing
Advanced Practice of Vertical Machining Centers
Prepares students for future trends in green power and vehicle networking.
Mechatronics & Control Systems
Advanced Vehicle Design & Maintenance
Vehicle Networking & Intelligent Safety
Capstone Projects:
Students integrate theoretical knowledge into physical prototypes, patents, or competition entries.
Apprenticeship-Style Teaching with Industry Experts:
Seamlessly bridges technical education with current industrial practice.
Professional Certification Mentorship:
Assists students in obtaining Class B national technical certificates prior to graduation.