What is this?

Robot engineering mainly studies the basic knowledge and technology of the structure, design and application of industrial robots, designs, installs and transforms robot workstations, and improves the efficiency of industrial production. For example: the design and development of robots for industrial production lines, the manufacture of automatic welding robots and the assembly and debugging of laser processing robots.

Automatic chemistry what:

Advanced language programming, circuit analysis, mechanical design foundation, automatic control principle, microcomputer principle and interface technology, motor and electrical control technology, single chip microcomputer principle and application, mechanical manufacturing foundation, PLC principle and application, industrial robot control system, industrial robot motion control system and computer programming. Industrial enterprises: automatic control, equipment operation and automatic production.