I. Professional introduction

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.

Second, the training objectives

Based on engineering practice, this major focuses on robot mechanical structure, motion control, programmable control, microprocessor application, robot control technology and system integration, programming application and ability training.

This major attaches importance to the combination of software and hardware, strong and weak electricity, and cultivates solid professional knowledge and engineering ability in a wide range of fields, such as electrical and electronic technology, automatic control, motion control, automatic detection technology, programmable control system, microprocessor system and network technology, industrial robot structure and control technology, robot sensor and so on.

Students are senior engineering talents who can engage in system design and development, technology integration, system installation, operation and maintenance and technology management of industrial automation, especially industrial robot technology and related control systems.

Employment direction of robot engineering major;

I. Robot Design and Manufacture

Robot engineers can design, develop and manufacture various types of robots, including industrial robots, medical robots, agricultural robots and so on.

Second, robot education.

Robot engineers can provide robot course design and teaching guidance for universities and vocational education institutions, and train robot engineers.

Third, robot maintenance

Robot engineers can be responsible for maintaining and repairing various types of robots, including industrial robots, medical robots, agricultural robots and so on.

Fourthly, robot research.

Robot engineers can engage in the research of robot technology, including robot motion control, sensor technology, human-computer interaction technology and so on.