The employment direction and prospect of automation

The employment direction and prospect of automation are as follows:

Automatic employment direction:

1, process control direction:

Supported by 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. Embedded system and robot direction:

Pay attention to the cultivation of embedded system design and software design ability, combine theory with practice, and cultivate professionals in the direction of embedded system 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.

Automated employment prospects:

Automation major is an engineering and technical discipline with strong adaptability and wide coverage. It aims to train students to become advanced engineering and technical talents with solid foundation, in-depth knowledge system of automatic control technology and strong computer application ability. Therefore, after graduation, students can engage in automatic control, automation, signal and data processing, computer applications and other technical work.

Training requirements and courses:

Training requirements:

Students in this major mainly study the engineering technology foundation and certain professional knowledge in a wide range of fields, such as electrical technology, electronic technology, control theory, automatic detection and instrument, information processing, system engineering, computer technology and application, network technology and so on. They have the basic ability of automatic system analysis, design, development and research, high comprehensive quality, solid theoretical foundation and innovative ability.

Offering courses:

Circuit, signal and system, PLC programming application, analog electronic technology, digital electronic technology, automatic control principle, modern control theory, microcomputer principle and application, software technology foundation, motor and drive, power electronic technology, computer control technology, system simulation, computer network, motion control, process control, single chip microcomputer and embedded system principle, computer aided design.