Professional basic courses: electrical and electronics, engineering drawing and computer graphics, mechanical foundation, industrial robot foundation, advanced language programming, hydraulic and pneumatic transmission, electrical control and CAD technology, intelligent manufacturing foundation.
Professional core courses: industrial robot field programming, program control technology, industrial robot off-line programming and simulation, intelligent vision technology application, digital twinning and virtual debugging technology application, industrial robot application system integration, intelligent operation and maintenance of industrial robot system.
Training objectives: This major cultivates all-round development of morality, intelligence, physique, art and labor, grasps solid scientific and cultural foundation, electrical control, industrial robot programming, intelligent sensors, machine vision, understands digital twinning and related laws and regulations, and has the abilities of assembly and debugging, operation and maintenance, integration, digital design and simulation of industrial robot systems, craftsman spirit and information literacy, and can be engaged in industrial robot application system integration, design and simulation, installation and debugging.
Employment direction of industrial robot technology:
1, operation and application of industrial robots.
Can carry out the basic operation of the robot, switch coordinates and adjust the running speed of the robot; It can set the trajectory of industrial robot when it completes the control requirements; In the process of operation, the tools and equipment used shall comply with the provisions of labor safety and environmental protection, and be sufficient to safely file the completed tasks.
2. Installation and debugging of industrial robots.
Able to install, wire and connect the configuration of programmable controller, sensor, transmitter and driver; Able to complete the input, output, modification and connection test of programmable controller program with MGS configuration; Able to operate programmable controller variables and establish configuration database, import and export.
3. Repair and maintenance of industrial robots.
Able to read the circuit schematic diagram of the circuit board; Able to select basic electrical components; Able to use multimeter, signal generator, oscilloscope, transistor millivoltmeter and other measuring instruments; The main performance parameters of electrical components will be tested.
4, industrial robot sales customer service.
Be able to master the performance characteristics and technical indicators of common industrial robots in the market; Able to operate products skillfully; Be able to input the operating procedures of products; Ability to install and debug products.