Excuse me, what is the course and learning direction of automation major and mechanical and electronic engineering, and what is the direction of postgraduate entrance examination? Hesitate what to learn. It's from Huake Wuchang Branch. The major courses of mechanical and electronic engineering include engineering drawing, mechanical principle, engineering mechanics, mechanical design, electrical and electronic technology, electromechanical transmission control, microcomputer principle and interface technology, testing technology, automatic control principle, software engineering, mechanical manufacturing engineering, numerical control technology, CAD/CAM, etc. More mechanical. Automation majors mainly study the principles and methods of automatic control, automation unit technology and integration technology and their applications in various control systems. Based on the theory of automatic control, it takes electronic technology, power electronics technology, sensor technology, computer technology, network and communication technology as the main tools, and faces the automatic control of industrial production process and the automation of various industries and departments. It has the distinctive characteristics of "combining control with management (science), paying equal attention to strength (electricity) and weakness (electricity), and paying equal attention to software (components) and hardware (components)", and is a large-caliber engineering major with interdisciplinary science, engineering, literature and management.

Main employment direction:

1. industrial process control direction: based on automatic control and computer technology, automatic control is realized for the actual industrial production process. The main course consists of signal detection and conversion, process control, computer control system, intelligent control and on-site general route control technology. 2. Electrical engineering direction: enable students to engage in power system automation, power supply and electrical control and monitoring in factories and enterprises, design, development, maintenance and management of building systems. It consists of electric control technology, motion control, PLC application technology, power supply technology and power system relay protection. 3. Embedded system direction: pay attention to the cultivation of embedded system design and software design ability, combine theory with practice, and cultivate professionals in embedded system direction through classroom teaching, experiments and other learning forms; The main courses include embedded system design, embedded real-time operating system, DSP technology, advanced display technology and control motor. I hope I can answer your confusion and adopt it as the best answer. Thank you.