1, automation engineer: graduates can engage in the design, development and implementation of automation systems, and be responsible for the automation control of machinery, electricity, instruments and other equipment.
2. Intelligent System Engineer: Graduates can participate in the design, development and optimization of intelligent equipment systems, involving artificial intelligence, machine learning, data analysis and decision support.
3. Control Engineer: Graduates can design and optimize control systems, and be responsible for the development and implementation of sensors, actuators and control algorithms.
4. Automation equipment maintenance and management engineer: graduates can engage in production equipment maintenance, equipment performance management, fault diagnosis and other work.
5. Robot Engineer: Graduates can engage in the design, programming and debugging of robot systems, involving mechanical structure, electronic control, image recognition and other fields.
6. System Integration Engineer: Graduates can participate in the integration and debugging of large-scale intelligent equipment systems, and coordinate the linkage and collaborative work among subsystems. In addition, graduates majoring in intelligent equipment and automatic control can also choose to continue their doctoral studies and engage in research in related fields. Generally speaking, this major has broad employment prospects, because intelligent equipment and automatic control technology have application needs in manufacturing, power system, transportation, medical equipment and many other fields.