Computer Aided Design and Manufacturing

This course cultivates students to systematically master the principles, methods, and technologies of computer-aided design and manufacturing, and possess strong engineering abilities in computer-aided design and manufacturing. The main content includes graphic processing technology, modeling technology, feature-based parametric design, computer-aided engineering, computer-aided processes, and intelligent manufacturing systems.

Finite Element Analysis and Application

This course cultivates students to master the basic principles, methods, and techniques of finite element method. The main content includes finite element method for member structures, finite element method for planar problems, finite element method for axisymmetric problems, finite element method for spatial problems, etc. Through typical engineering case training, students can improve their simulation analysis level.

Intelligent Manufacturing System

This course deeply integrates new technologies such as the Internet, cloud computing, big data, and mobile applications with operational management businesses such as manufacturing production, logistics, and services, forming an intelligent manufacturing system with perception, analysis, and decision-making capabilities. Enable students to have the ability to design, build, and develop intelligent manufacturing system solutions.

Advanced Manufacturing Technology

This course includes knowledge related to advanced manufacturing technology, including design, process, manufacturing, equipment, testing, management, and manufacturing modes, as well as cutting-edge technologies and development trends. It enables students to have the ability to apply advanced manufacturing technology to solve complex engineering problems, and stimulates their patriotism in overcoming difficulties and serving the country through science and technology.

Theory and Methods of Ergonomics

This course enables students to deeply understand the interaction between humans and other factors in the system, master the relevant theories, principles, and methods of ergonomics, based on the research results of human physiological and psychological characteristics, and combine the study of ergonomics cases to create a design friendly human product environment system, and enhance the design and evaluation ability of human-machine elements in product systems.

Industrial Robot Technology

This course is the foundation for implementing industrial automation control technology, robot automatic production line applications, PLC and peripheral equipment applications, and is an essential element in building smart factories and workshops. Through classroom teaching and course case library learning, focus on mastering the composition and typical applications of industrial robots, and learn how to select/use industrial robots.