What are the main courses that mechanical manufacturing and automation majors need to learn in turn, and what software can be used? Thank you.

Software includes solidworks, CAD and caxa, which are the three most commonly used. I am a mechanical major in Dongda University, and I hope to adopt them.

Undergraduate study subjects

University computer foundation; College English1; Advanced Mathematics (Ⅱ)1; Engineering drawing1; Ideological and moral cultivation and legal basis; Physical education (1);

Linear algebra and spatial analytic geometry; CET-4; College physics (a)1; College physics experiment (1)1; College English II; Advanced Mathematics (Ⅱ) 2; Engineering drawing II;

Computer programming; Sports (2); Outline of China's modern history; Inventor 3D solid modeling and animation; Introduction to art; University chemistry (engineering); Level 6; College Physics (A) 2; College Physics Experiment (1) 2; Industrial system measurement (engineering training1); Introduction to mechanical engineering (2): metalworking practice; Theoretical mechanics;

Sports (3); News English; English comprehensive skills training; College Chinese (practical writing); Introduction to environmental engineering; History of western civilization; Type 24 Tai Ji Chuan;

Mechanics of materials; Electrical and electronic technology1; Electrical and electronic technology experiment1; Probability theory and mathematical statistics; Engineering material foundation; Fundamentals of mechanical design (1);

Introduction to Mao Zedong Thought, Deng Xiaoping Theory and Theory of Three Represents II; Thermal engineering foundation; Sports 4; American culture; New energy; Electrical and Electronic Technology II;

Experiment of electrical and electronic technology II; Industrial System Drive and Control (Engineering Training II); Mechanical engineering experiment (ⅰ): mechanical precision design: basic course design of mechanical design; Fundamentals of fluid mechanics; The basic principles of Marxism; Fundamentals of mechanical design (II): Application of mechanical design software; Table tennis; Microcomputer principle and interface technology;

Modern enterprise management; Testing technology; Mechanical engineering experiment (2); Theoretical basis of mechanical control engineering; Precision machining technology; Fluid transfer and control; Production practice;

Technical basis of equipment and manufacturing; Numerical control technology; Sun Tzu's Art of War and its application: calculation method of mechanical engineering; Fundamentals of material forming technology; Modern processing;

Machinery manufacturing technology and technology; Rapid prototyping manufacturing; Servo control; Advanced manufacturing technology; Modern mold manufacturing technology; Quality management and certification;

Graduation design (thesis); 8 credits after class; Situation and policy.